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@Test(expected = UnsupportedOperationException.class) public void testgetList() { entityType.getList(null); }
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@Override public <E> ListAttribute<? super T, E> getList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <E> ListAttribute<? super T, E> getList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); } }
|
MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <E> ListAttribute<? super T, E> getList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); }
|
MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <E> ListAttribute<? super T, E> getList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); @Override Class<T> getJavaType(); @Override String getName(); Table getTable(); List<Table> getJoinTables(); MinijaxSingularAttribute<? super T, ?> getId(); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<? super T, Y> getId(final Class<Y> type); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<T, Y> getDeclaredId(final Class<Y> type); @Override Type<?> getIdType(); List<MinijaxAttribute<? super T, ?>> getAttributesList(); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Set<Attribute<? super T, ?>> getAttributes(); @Override MinijaxAttribute<? super T, ?> getAttribute(final String name); @SuppressWarnings({ "rawtypes", "unchecked" }) T read(final MinijaxEntityManager em, final ResultSet rs, final MutableInt columnIndex); @Override SingularAttribute<? super T, Y> getVersion(final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredVersion(final Class<Y> type); @Override IdentifiableType<? super T> getSupertype(); @Override boolean hasSingleIdAttribute(); @Override boolean hasVersionAttribute(); @Override Set<SingularAttribute<? super T, ?>> getIdClassAttributes(); @Override PersistenceType getPersistenceType(); @Override BindableType getBindableType(); @Override Class<T> getBindableJavaType(); @Override Set<Attribute<T, ?>> getDeclaredAttributes(); @Override SingularAttribute<? super T, Y> getSingularAttribute(final String name, final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredSingularAttribute(final String name, final Class<Y> type); @Override Set<SingularAttribute<? super T, ?>> getSingularAttributes(); @Override Set<SingularAttribute<T, ?>> getDeclaredSingularAttributes(); @Override CollectionAttribute<? super T, E> getCollection(final String name, final Class<E> elementType); @Override CollectionAttribute<T, E> getDeclaredCollection(final String name, final Class<E> elementType); @Override SetAttribute<? super T, E> getSet(final String name, final Class<E> elementType); @Override SetAttribute<T, E> getDeclaredSet(final String name, final Class<E> elementType); @Override ListAttribute<? super T, E> getList(final String name, final Class<E> elementType); @Override ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType); @Override MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override Set<PluralAttribute<? super T, ?, ?>> getPluralAttributes(); @Override Set<PluralAttribute<T, ?, ?>> getDeclaredPluralAttributes(); @Override Attribute<T, ?> getDeclaredAttribute(final String name); @Override SingularAttribute<? super T, ?> getSingularAttribute(final String name); @Override SingularAttribute<T, ?> getDeclaredSingularAttribute(final String name); @Override CollectionAttribute<? super T, ?> getCollection(final String name); @Override CollectionAttribute<T, ?> getDeclaredCollection(final String name); @Override SetAttribute<? super T, ?> getSet(final String name); @Override SetAttribute<T, ?> getDeclaredSet(final String name); @Override ListAttribute<? super T, ?> getList(final String name); @Override ListAttribute<T, ?> getDeclaredList(final String name); @Override MapAttribute<? super T, ?, ?> getMap(final String name); @Override MapAttribute<T, ?, ?> getDeclaredMap(final String name); }
|
MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <E> ListAttribute<? super T, E> getList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); @Override Class<T> getJavaType(); @Override String getName(); Table getTable(); List<Table> getJoinTables(); MinijaxSingularAttribute<? super T, ?> getId(); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<? super T, Y> getId(final Class<Y> type); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<T, Y> getDeclaredId(final Class<Y> type); @Override Type<?> getIdType(); List<MinijaxAttribute<? super T, ?>> getAttributesList(); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Set<Attribute<? super T, ?>> getAttributes(); @Override MinijaxAttribute<? super T, ?> getAttribute(final String name); @SuppressWarnings({ "rawtypes", "unchecked" }) T read(final MinijaxEntityManager em, final ResultSet rs, final MutableInt columnIndex); @Override SingularAttribute<? super T, Y> getVersion(final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredVersion(final Class<Y> type); @Override IdentifiableType<? super T> getSupertype(); @Override boolean hasSingleIdAttribute(); @Override boolean hasVersionAttribute(); @Override Set<SingularAttribute<? super T, ?>> getIdClassAttributes(); @Override PersistenceType getPersistenceType(); @Override BindableType getBindableType(); @Override Class<T> getBindableJavaType(); @Override Set<Attribute<T, ?>> getDeclaredAttributes(); @Override SingularAttribute<? super T, Y> getSingularAttribute(final String name, final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredSingularAttribute(final String name, final Class<Y> type); @Override Set<SingularAttribute<? super T, ?>> getSingularAttributes(); @Override Set<SingularAttribute<T, ?>> getDeclaredSingularAttributes(); @Override CollectionAttribute<? super T, E> getCollection(final String name, final Class<E> elementType); @Override CollectionAttribute<T, E> getDeclaredCollection(final String name, final Class<E> elementType); @Override SetAttribute<? super T, E> getSet(final String name, final Class<E> elementType); @Override SetAttribute<T, E> getDeclaredSet(final String name, final Class<E> elementType); @Override ListAttribute<? super T, E> getList(final String name, final Class<E> elementType); @Override ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType); @Override MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override Set<PluralAttribute<? super T, ?, ?>> getPluralAttributes(); @Override Set<PluralAttribute<T, ?, ?>> getDeclaredPluralAttributes(); @Override Attribute<T, ?> getDeclaredAttribute(final String name); @Override SingularAttribute<? super T, ?> getSingularAttribute(final String name); @Override SingularAttribute<T, ?> getDeclaredSingularAttribute(final String name); @Override CollectionAttribute<? super T, ?> getCollection(final String name); @Override CollectionAttribute<T, ?> getDeclaredCollection(final String name); @Override SetAttribute<? super T, ?> getSet(final String name); @Override SetAttribute<T, ?> getDeclaredSet(final String name); @Override ListAttribute<? super T, ?> getList(final String name); @Override ListAttribute<T, ?> getDeclaredList(final String name); @Override MapAttribute<? super T, ?, ?> getMap(final String name); @Override MapAttribute<T, ?, ?> getDeclaredMap(final String name); }
|
@Test public void testBasic() throws Exception { final HttpServletRequest request = mock(HttpServletRequest.class); when(request.getHeader(eq("Content-Type"))).thenReturn("text/plain"); final MinijaxServletHttpHeaders httpHeaders = new MinijaxServletHttpHeaders(request); assertEquals("text/plain", httpHeaders.getHeaderString("Content-Type")); }
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@Override public String getHeaderString(final String name) { return request.getHeader(name); }
|
MinijaxServletHttpHeaders extends MinijaxHttpHeaders { @Override public String getHeaderString(final String name) { return request.getHeader(name); } }
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MinijaxServletHttpHeaders extends MinijaxHttpHeaders { @Override public String getHeaderString(final String name) { return request.getHeader(name); } MinijaxServletHttpHeaders(final HttpServletRequest request); }
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MinijaxServletHttpHeaders extends MinijaxHttpHeaders { @Override public String getHeaderString(final String name) { return request.getHeader(name); } MinijaxServletHttpHeaders(final HttpServletRequest request); @Override List<String> getRequestHeader(final String name); @Override String getHeaderString(final String name); @Override MultivaluedMap<String, String> getRequestHeaders(); @Override Map<String, Cookie> getCookies(); }
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MinijaxServletHttpHeaders extends MinijaxHttpHeaders { @Override public String getHeaderString(final String name) { return request.getHeader(name); } MinijaxServletHttpHeaders(final HttpServletRequest request); @Override List<String> getRequestHeader(final String name); @Override String getHeaderString(final String name); @Override MultivaluedMap<String, String> getRequestHeaders(); @Override Map<String, Cookie> getCookies(); }
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@Test(expected = UnsupportedOperationException.class) public void testgetDeclaredList() { entityType.getDeclaredList(null); }
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@Override public <E> ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); }
|
MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <E> ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); } }
|
MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <E> ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); }
|
MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <E> ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); @Override Class<T> getJavaType(); @Override String getName(); Table getTable(); List<Table> getJoinTables(); MinijaxSingularAttribute<? super T, ?> getId(); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<? super T, Y> getId(final Class<Y> type); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<T, Y> getDeclaredId(final Class<Y> type); @Override Type<?> getIdType(); List<MinijaxAttribute<? super T, ?>> getAttributesList(); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Set<Attribute<? super T, ?>> getAttributes(); @Override MinijaxAttribute<? super T, ?> getAttribute(final String name); @SuppressWarnings({ "rawtypes", "unchecked" }) T read(final MinijaxEntityManager em, final ResultSet rs, final MutableInt columnIndex); @Override SingularAttribute<? super T, Y> getVersion(final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredVersion(final Class<Y> type); @Override IdentifiableType<? super T> getSupertype(); @Override boolean hasSingleIdAttribute(); @Override boolean hasVersionAttribute(); @Override Set<SingularAttribute<? super T, ?>> getIdClassAttributes(); @Override PersistenceType getPersistenceType(); @Override BindableType getBindableType(); @Override Class<T> getBindableJavaType(); @Override Set<Attribute<T, ?>> getDeclaredAttributes(); @Override SingularAttribute<? super T, Y> getSingularAttribute(final String name, final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredSingularAttribute(final String name, final Class<Y> type); @Override Set<SingularAttribute<? super T, ?>> getSingularAttributes(); @Override Set<SingularAttribute<T, ?>> getDeclaredSingularAttributes(); @Override CollectionAttribute<? super T, E> getCollection(final String name, final Class<E> elementType); @Override CollectionAttribute<T, E> getDeclaredCollection(final String name, final Class<E> elementType); @Override SetAttribute<? super T, E> getSet(final String name, final Class<E> elementType); @Override SetAttribute<T, E> getDeclaredSet(final String name, final Class<E> elementType); @Override ListAttribute<? super T, E> getList(final String name, final Class<E> elementType); @Override ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType); @Override MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override Set<PluralAttribute<? super T, ?, ?>> getPluralAttributes(); @Override Set<PluralAttribute<T, ?, ?>> getDeclaredPluralAttributes(); @Override Attribute<T, ?> getDeclaredAttribute(final String name); @Override SingularAttribute<? super T, ?> getSingularAttribute(final String name); @Override SingularAttribute<T, ?> getDeclaredSingularAttribute(final String name); @Override CollectionAttribute<? super T, ?> getCollection(final String name); @Override CollectionAttribute<T, ?> getDeclaredCollection(final String name); @Override SetAttribute<? super T, ?> getSet(final String name); @Override SetAttribute<T, ?> getDeclaredSet(final String name); @Override ListAttribute<? super T, ?> getList(final String name); @Override ListAttribute<T, ?> getDeclaredList(final String name); @Override MapAttribute<? super T, ?, ?> getMap(final String name); @Override MapAttribute<T, ?, ?> getDeclaredMap(final String name); }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <E> ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); @Override Class<T> getJavaType(); @Override String getName(); Table getTable(); List<Table> getJoinTables(); MinijaxSingularAttribute<? super T, ?> getId(); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<? super T, Y> getId(final Class<Y> type); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<T, Y> getDeclaredId(final Class<Y> type); @Override Type<?> getIdType(); List<MinijaxAttribute<? super T, ?>> getAttributesList(); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Set<Attribute<? super T, ?>> getAttributes(); @Override MinijaxAttribute<? super T, ?> getAttribute(final String name); @SuppressWarnings({ "rawtypes", "unchecked" }) T read(final MinijaxEntityManager em, final ResultSet rs, final MutableInt columnIndex); @Override SingularAttribute<? super T, Y> getVersion(final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredVersion(final Class<Y> type); @Override IdentifiableType<? super T> getSupertype(); @Override boolean hasSingleIdAttribute(); @Override boolean hasVersionAttribute(); @Override Set<SingularAttribute<? super T, ?>> getIdClassAttributes(); @Override PersistenceType getPersistenceType(); @Override BindableType getBindableType(); @Override Class<T> getBindableJavaType(); @Override Set<Attribute<T, ?>> getDeclaredAttributes(); @Override SingularAttribute<? super T, Y> getSingularAttribute(final String name, final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredSingularAttribute(final String name, final Class<Y> type); @Override Set<SingularAttribute<? super T, ?>> getSingularAttributes(); @Override Set<SingularAttribute<T, ?>> getDeclaredSingularAttributes(); @Override CollectionAttribute<? super T, E> getCollection(final String name, final Class<E> elementType); @Override CollectionAttribute<T, E> getDeclaredCollection(final String name, final Class<E> elementType); @Override SetAttribute<? super T, E> getSet(final String name, final Class<E> elementType); @Override SetAttribute<T, E> getDeclaredSet(final String name, final Class<E> elementType); @Override ListAttribute<? super T, E> getList(final String name, final Class<E> elementType); @Override ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType); @Override MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override Set<PluralAttribute<? super T, ?, ?>> getPluralAttributes(); @Override Set<PluralAttribute<T, ?, ?>> getDeclaredPluralAttributes(); @Override Attribute<T, ?> getDeclaredAttribute(final String name); @Override SingularAttribute<? super T, ?> getSingularAttribute(final String name); @Override SingularAttribute<T, ?> getDeclaredSingularAttribute(final String name); @Override CollectionAttribute<? super T, ?> getCollection(final String name); @Override CollectionAttribute<T, ?> getDeclaredCollection(final String name); @Override SetAttribute<? super T, ?> getSet(final String name); @Override SetAttribute<T, ?> getDeclaredSet(final String name); @Override ListAttribute<? super T, ?> getList(final String name); @Override ListAttribute<T, ?> getDeclaredList(final String name); @Override MapAttribute<? super T, ?, ?> getMap(final String name); @Override MapAttribute<T, ?, ?> getDeclaredMap(final String name); }
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@Test(expected = UnsupportedOperationException.class) public void testgetMap() { entityType.getMap(null); }
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@Override public <K, V> MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <K, V> MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); } }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <K, V> MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <K, V> MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); @Override Class<T> getJavaType(); @Override String getName(); Table getTable(); List<Table> getJoinTables(); MinijaxSingularAttribute<? super T, ?> getId(); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<? super T, Y> getId(final Class<Y> type); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<T, Y> getDeclaredId(final Class<Y> type); @Override Type<?> getIdType(); List<MinijaxAttribute<? super T, ?>> getAttributesList(); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Set<Attribute<? super T, ?>> getAttributes(); @Override MinijaxAttribute<? super T, ?> getAttribute(final String name); @SuppressWarnings({ "rawtypes", "unchecked" }) T read(final MinijaxEntityManager em, final ResultSet rs, final MutableInt columnIndex); @Override SingularAttribute<? super T, Y> getVersion(final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredVersion(final Class<Y> type); @Override IdentifiableType<? super T> getSupertype(); @Override boolean hasSingleIdAttribute(); @Override boolean hasVersionAttribute(); @Override Set<SingularAttribute<? super T, ?>> getIdClassAttributes(); @Override PersistenceType getPersistenceType(); @Override BindableType getBindableType(); @Override Class<T> getBindableJavaType(); @Override Set<Attribute<T, ?>> getDeclaredAttributes(); @Override SingularAttribute<? super T, Y> getSingularAttribute(final String name, final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredSingularAttribute(final String name, final Class<Y> type); @Override Set<SingularAttribute<? super T, ?>> getSingularAttributes(); @Override Set<SingularAttribute<T, ?>> getDeclaredSingularAttributes(); @Override CollectionAttribute<? super T, E> getCollection(final String name, final Class<E> elementType); @Override CollectionAttribute<T, E> getDeclaredCollection(final String name, final Class<E> elementType); @Override SetAttribute<? super T, E> getSet(final String name, final Class<E> elementType); @Override SetAttribute<T, E> getDeclaredSet(final String name, final Class<E> elementType); @Override ListAttribute<? super T, E> getList(final String name, final Class<E> elementType); @Override ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType); @Override MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override Set<PluralAttribute<? super T, ?, ?>> getPluralAttributes(); @Override Set<PluralAttribute<T, ?, ?>> getDeclaredPluralAttributes(); @Override Attribute<T, ?> getDeclaredAttribute(final String name); @Override SingularAttribute<? super T, ?> getSingularAttribute(final String name); @Override SingularAttribute<T, ?> getDeclaredSingularAttribute(final String name); @Override CollectionAttribute<? super T, ?> getCollection(final String name); @Override CollectionAttribute<T, ?> getDeclaredCollection(final String name); @Override SetAttribute<? super T, ?> getSet(final String name); @Override SetAttribute<T, ?> getDeclaredSet(final String name); @Override ListAttribute<? super T, ?> getList(final String name); @Override ListAttribute<T, ?> getDeclaredList(final String name); @Override MapAttribute<? super T, ?, ?> getMap(final String name); @Override MapAttribute<T, ?, ?> getDeclaredMap(final String name); }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <K, V> MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); @Override Class<T> getJavaType(); @Override String getName(); Table getTable(); List<Table> getJoinTables(); MinijaxSingularAttribute<? super T, ?> getId(); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<? super T, Y> getId(final Class<Y> type); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<T, Y> getDeclaredId(final Class<Y> type); @Override Type<?> getIdType(); List<MinijaxAttribute<? super T, ?>> getAttributesList(); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Set<Attribute<? super T, ?>> getAttributes(); @Override MinijaxAttribute<? super T, ?> getAttribute(final String name); @SuppressWarnings({ "rawtypes", "unchecked" }) T read(final MinijaxEntityManager em, final ResultSet rs, final MutableInt columnIndex); @Override SingularAttribute<? super T, Y> getVersion(final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredVersion(final Class<Y> type); @Override IdentifiableType<? super T> getSupertype(); @Override boolean hasSingleIdAttribute(); @Override boolean hasVersionAttribute(); @Override Set<SingularAttribute<? super T, ?>> getIdClassAttributes(); @Override PersistenceType getPersistenceType(); @Override BindableType getBindableType(); @Override Class<T> getBindableJavaType(); @Override Set<Attribute<T, ?>> getDeclaredAttributes(); @Override SingularAttribute<? super T, Y> getSingularAttribute(final String name, final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredSingularAttribute(final String name, final Class<Y> type); @Override Set<SingularAttribute<? super T, ?>> getSingularAttributes(); @Override Set<SingularAttribute<T, ?>> getDeclaredSingularAttributes(); @Override CollectionAttribute<? super T, E> getCollection(final String name, final Class<E> elementType); @Override CollectionAttribute<T, E> getDeclaredCollection(final String name, final Class<E> elementType); @Override SetAttribute<? super T, E> getSet(final String name, final Class<E> elementType); @Override SetAttribute<T, E> getDeclaredSet(final String name, final Class<E> elementType); @Override ListAttribute<? super T, E> getList(final String name, final Class<E> elementType); @Override ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType); @Override MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override Set<PluralAttribute<? super T, ?, ?>> getPluralAttributes(); @Override Set<PluralAttribute<T, ?, ?>> getDeclaredPluralAttributes(); @Override Attribute<T, ?> getDeclaredAttribute(final String name); @Override SingularAttribute<? super T, ?> getSingularAttribute(final String name); @Override SingularAttribute<T, ?> getDeclaredSingularAttribute(final String name); @Override CollectionAttribute<? super T, ?> getCollection(final String name); @Override CollectionAttribute<T, ?> getDeclaredCollection(final String name); @Override SetAttribute<? super T, ?> getSet(final String name); @Override SetAttribute<T, ?> getDeclaredSet(final String name); @Override ListAttribute<? super T, ?> getList(final String name); @Override ListAttribute<T, ?> getDeclaredList(final String name); @Override MapAttribute<? super T, ?, ?> getMap(final String name); @Override MapAttribute<T, ?, ?> getDeclaredMap(final String name); }
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@Test(expected = UnsupportedOperationException.class) public void testgetDeclaredMap() { entityType.getDeclaredMap(null); }
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@Override public <K, V> MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <K, V> MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); } }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <K, V> MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <K, V> MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); @Override Class<T> getJavaType(); @Override String getName(); Table getTable(); List<Table> getJoinTables(); MinijaxSingularAttribute<? super T, ?> getId(); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<? super T, Y> getId(final Class<Y> type); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<T, Y> getDeclaredId(final Class<Y> type); @Override Type<?> getIdType(); List<MinijaxAttribute<? super T, ?>> getAttributesList(); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Set<Attribute<? super T, ?>> getAttributes(); @Override MinijaxAttribute<? super T, ?> getAttribute(final String name); @SuppressWarnings({ "rawtypes", "unchecked" }) T read(final MinijaxEntityManager em, final ResultSet rs, final MutableInt columnIndex); @Override SingularAttribute<? super T, Y> getVersion(final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredVersion(final Class<Y> type); @Override IdentifiableType<? super T> getSupertype(); @Override boolean hasSingleIdAttribute(); @Override boolean hasVersionAttribute(); @Override Set<SingularAttribute<? super T, ?>> getIdClassAttributes(); @Override PersistenceType getPersistenceType(); @Override BindableType getBindableType(); @Override Class<T> getBindableJavaType(); @Override Set<Attribute<T, ?>> getDeclaredAttributes(); @Override SingularAttribute<? super T, Y> getSingularAttribute(final String name, final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredSingularAttribute(final String name, final Class<Y> type); @Override Set<SingularAttribute<? super T, ?>> getSingularAttributes(); @Override Set<SingularAttribute<T, ?>> getDeclaredSingularAttributes(); @Override CollectionAttribute<? super T, E> getCollection(final String name, final Class<E> elementType); @Override CollectionAttribute<T, E> getDeclaredCollection(final String name, final Class<E> elementType); @Override SetAttribute<? super T, E> getSet(final String name, final Class<E> elementType); @Override SetAttribute<T, E> getDeclaredSet(final String name, final Class<E> elementType); @Override ListAttribute<? super T, E> getList(final String name, final Class<E> elementType); @Override ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType); @Override MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override Set<PluralAttribute<? super T, ?, ?>> getPluralAttributes(); @Override Set<PluralAttribute<T, ?, ?>> getDeclaredPluralAttributes(); @Override Attribute<T, ?> getDeclaredAttribute(final String name); @Override SingularAttribute<? super T, ?> getSingularAttribute(final String name); @Override SingularAttribute<T, ?> getDeclaredSingularAttribute(final String name); @Override CollectionAttribute<? super T, ?> getCollection(final String name); @Override CollectionAttribute<T, ?> getDeclaredCollection(final String name); @Override SetAttribute<? super T, ?> getSet(final String name); @Override SetAttribute<T, ?> getDeclaredSet(final String name); @Override ListAttribute<? super T, ?> getList(final String name); @Override ListAttribute<T, ?> getDeclaredList(final String name); @Override MapAttribute<? super T, ?, ?> getMap(final String name); @Override MapAttribute<T, ?, ?> getDeclaredMap(final String name); }
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MinijaxEntityType implements javax.persistence.metamodel.EntityType<T>,
javax.persistence.metamodel.ManagedType<T>,
javax.persistence.metamodel.EmbeddableType<T> { @Override public <K, V> MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType) { throw new UnsupportedOperationException(); } @SuppressWarnings({ "unchecked", "rawtypes" }) private MinijaxEntityType(final MinijaxMetamodel metamodel, final Builder<T> builder); @Override Class<T> getJavaType(); @Override String getName(); Table getTable(); List<Table> getJoinTables(); MinijaxSingularAttribute<? super T, ?> getId(); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<? super T, Y> getId(final Class<Y> type); @Override @SuppressWarnings("unchecked") MinijaxSingularAttribute<T, Y> getDeclaredId(final Class<Y> type); @Override Type<?> getIdType(); List<MinijaxAttribute<? super T, ?>> getAttributesList(); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Set<Attribute<? super T, ?>> getAttributes(); @Override MinijaxAttribute<? super T, ?> getAttribute(final String name); @SuppressWarnings({ "rawtypes", "unchecked" }) T read(final MinijaxEntityManager em, final ResultSet rs, final MutableInt columnIndex); @Override SingularAttribute<? super T, Y> getVersion(final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredVersion(final Class<Y> type); @Override IdentifiableType<? super T> getSupertype(); @Override boolean hasSingleIdAttribute(); @Override boolean hasVersionAttribute(); @Override Set<SingularAttribute<? super T, ?>> getIdClassAttributes(); @Override PersistenceType getPersistenceType(); @Override BindableType getBindableType(); @Override Class<T> getBindableJavaType(); @Override Set<Attribute<T, ?>> getDeclaredAttributes(); @Override SingularAttribute<? super T, Y> getSingularAttribute(final String name, final Class<Y> type); @Override SingularAttribute<T, Y> getDeclaredSingularAttribute(final String name, final Class<Y> type); @Override Set<SingularAttribute<? super T, ?>> getSingularAttributes(); @Override Set<SingularAttribute<T, ?>> getDeclaredSingularAttributes(); @Override CollectionAttribute<? super T, E> getCollection(final String name, final Class<E> elementType); @Override CollectionAttribute<T, E> getDeclaredCollection(final String name, final Class<E> elementType); @Override SetAttribute<? super T, E> getSet(final String name, final Class<E> elementType); @Override SetAttribute<T, E> getDeclaredSet(final String name, final Class<E> elementType); @Override ListAttribute<? super T, E> getList(final String name, final Class<E> elementType); @Override ListAttribute<T, E> getDeclaredList(final String name, final Class<E> elementType); @Override MapAttribute<? super T, K, V> getMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override MapAttribute<T, K, V> getDeclaredMap(final String name, final Class<K> keyType, final Class<V> valueType); @Override Set<PluralAttribute<? super T, ?, ?>> getPluralAttributes(); @Override Set<PluralAttribute<T, ?, ?>> getDeclaredPluralAttributes(); @Override Attribute<T, ?> getDeclaredAttribute(final String name); @Override SingularAttribute<? super T, ?> getSingularAttribute(final String name); @Override SingularAttribute<T, ?> getDeclaredSingularAttribute(final String name); @Override CollectionAttribute<? super T, ?> getCollection(final String name); @Override CollectionAttribute<T, ?> getDeclaredCollection(final String name); @Override SetAttribute<? super T, ?> getSet(final String name); @Override SetAttribute<T, ?> getDeclaredSet(final String name); @Override ListAttribute<? super T, ?> getList(final String name); @Override ListAttribute<T, ?> getDeclaredList(final String name); @Override MapAttribute<? super T, ?, ?> getMap(final String name); @Override MapAttribute<T, ?, ?> getDeclaredMap(final String name); }
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@Test public void testCreateEntityManagerFactory() { final MinijaxPersistenceProvider provider = new MinijaxPersistenceProvider(); provider.createEntityManagerFactory("testdb", new HashMap<>()); }
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@Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map) { final MinijaxPersistenceUnitInfo unit = persistenceFile.getPersistenceUnit(emName); if (unit == null) { throw new PersistenceException("Persistence unit not found (\"" + emName + "\")"); } return new MinijaxEntityManagerFactory(unit, map); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map) { final MinijaxPersistenceUnitInfo unit = persistenceFile.getPersistenceUnit(emName); if (unit == null) { throw new PersistenceException("Persistence unit not found (\"" + emName + "\")"); } return new MinijaxEntityManagerFactory(unit, map); } }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map) { final MinijaxPersistenceUnitInfo unit = persistenceFile.getPersistenceUnit(emName); if (unit == null) { throw new PersistenceException("Persistence unit not found (\"" + emName + "\")"); } return new MinijaxEntityManagerFactory(unit, map); } MinijaxPersistenceProvider(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map) { final MinijaxPersistenceUnitInfo unit = persistenceFile.getPersistenceUnit(emName); if (unit == null) { throw new PersistenceException("Persistence unit not found (\"" + emName + "\")"); } return new MinijaxEntityManagerFactory(unit, map); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map) { final MinijaxPersistenceUnitInfo unit = persistenceFile.getPersistenceUnit(emName); if (unit == null) { throw new PersistenceException("Persistence unit not found (\"" + emName + "\")"); } return new MinijaxEntityManagerFactory(unit, map); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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@Test public void testCreateContainerEntityManagerFactory() { final Map<String, String> props = new HashMap<>(); props.put("javax.persistence.jdbc.driver", "org.h2.jdbcx.JdbcDataSource"); props.put("javax.persistence.jdbc.url", "jdbc:h2:mem:"); final MinijaxPersistenceProvider provider = new MinijaxPersistenceProvider(); provider.createContainerEntityManagerFactory(new MinijaxPersistenceUnitInfo("testdb", ""), props); }
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@Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map) { return new MinijaxEntityManagerFactory((MinijaxPersistenceUnitInfo) info, map); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map) { return new MinijaxEntityManagerFactory((MinijaxPersistenceUnitInfo) info, map); } }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map) { return new MinijaxEntityManagerFactory((MinijaxPersistenceUnitInfo) info, map); } MinijaxPersistenceProvider(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map) { return new MinijaxEntityManagerFactory((MinijaxPersistenceUnitInfo) info, map); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map) { return new MinijaxEntityManagerFactory((MinijaxPersistenceUnitInfo) info, map); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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@Test(expected = UnsupportedOperationException.class) public void testGenerateSchema1() { final MinijaxPersistenceProvider provider = new MinijaxPersistenceProvider(); provider.generateSchema("", null); }
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@Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); } }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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@Test(expected = UnsupportedOperationException.class) public void testGenerateSchema2() { final MinijaxPersistenceProvider provider = new MinijaxPersistenceProvider(); provider.generateSchema((PersistenceUnitInfo) null, null); }
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@Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); } }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override @SuppressWarnings("rawtypes") public void generateSchema(final PersistenceUnitInfo info, final Map map) { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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@Test(expected = UnsupportedOperationException.class) public void testGetProviderUtil() { final MinijaxPersistenceProvider provider = new MinijaxPersistenceProvider(); provider.getProviderUtil(); }
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@Override public ProviderUtil getProviderUtil() { throw new UnsupportedOperationException(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override public ProviderUtil getProviderUtil() { throw new UnsupportedOperationException(); } }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override public ProviderUtil getProviderUtil() { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override public ProviderUtil getProviderUtil() { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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MinijaxPersistenceProvider implements javax.persistence.spi.PersistenceProvider { @Override public ProviderUtil getProviderUtil() { throw new UnsupportedOperationException(); } MinijaxPersistenceProvider(); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createEntityManagerFactory(final String emName, final Map map); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxEntityManagerFactory createContainerEntityManagerFactory(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") void generateSchema(final PersistenceUnitInfo info, final Map map); @Override @SuppressWarnings("rawtypes") boolean generateSchema(final String persistenceUnitName, final Map map); @Override ProviderUtil getProviderUtil(); }
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@Test public void testCreateClassQuery() { final MinijaxCriteriaQuery<Widget> q = cb.createQuery(Widget.class); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(w); assertEquals(Widget.class, q.getResultType()); }
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@Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testCreateObjectQuery() { final MinijaxCriteriaQuery<Object> q = cb.createQuery(); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(w); assertEquals(Object.class, q.getResultType()); }
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@Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass) { return new MinijaxCriteriaQuery<>(metamodel, resultClass); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testCookies() throws Exception { final javax.servlet.http.Cookie[] servletCookies = new javax.servlet.http.Cookie[] { new javax.servlet.http.Cookie("k", "v") }; final HttpServletRequest request = mock(HttpServletRequest.class); when(request.getCookies()).thenReturn(servletCookies); final MinijaxServletHttpHeaders httpHeaders = new MinijaxServletHttpHeaders(request); final Map<String, Cookie> cookies = httpHeaders.getCookies(); assertNotNull(cookies); assertEquals(1, cookies.size()); assertEquals("v", cookies.get("k").getValue()); assertEquals(cookies, httpHeaders.getCookies()); }
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@Override public Map<String, Cookie> getCookies() { if (cookies == null) { cookies = new HashMap<>(); final javax.servlet.http.Cookie[] servletCookies = request.getCookies(); for (int i = 0; i < servletCookies.length; i++) { final String name = servletCookies[i].getName(); final String value = servletCookies[i].getValue(); cookies.put(name, new Cookie(name, value)); } } return cookies; }
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MinijaxServletHttpHeaders extends MinijaxHttpHeaders { @Override public Map<String, Cookie> getCookies() { if (cookies == null) { cookies = new HashMap<>(); final javax.servlet.http.Cookie[] servletCookies = request.getCookies(); for (int i = 0; i < servletCookies.length; i++) { final String name = servletCookies[i].getName(); final String value = servletCookies[i].getValue(); cookies.put(name, new Cookie(name, value)); } } return cookies; } }
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MinijaxServletHttpHeaders extends MinijaxHttpHeaders { @Override public Map<String, Cookie> getCookies() { if (cookies == null) { cookies = new HashMap<>(); final javax.servlet.http.Cookie[] servletCookies = request.getCookies(); for (int i = 0; i < servletCookies.length; i++) { final String name = servletCookies[i].getName(); final String value = servletCookies[i].getValue(); cookies.put(name, new Cookie(name, value)); } } return cookies; } MinijaxServletHttpHeaders(final HttpServletRequest request); }
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MinijaxServletHttpHeaders extends MinijaxHttpHeaders { @Override public Map<String, Cookie> getCookies() { if (cookies == null) { cookies = new HashMap<>(); final javax.servlet.http.Cookie[] servletCookies = request.getCookies(); for (int i = 0; i < servletCookies.length; i++) { final String name = servletCookies[i].getName(); final String value = servletCookies[i].getValue(); cookies.put(name, new Cookie(name, value)); } } return cookies; } MinijaxServletHttpHeaders(final HttpServletRequest request); @Override List<String> getRequestHeader(final String name); @Override String getHeaderString(final String name); @Override MultivaluedMap<String, String> getRequestHeaders(); @Override Map<String, Cookie> getCookies(); }
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MinijaxServletHttpHeaders extends MinijaxHttpHeaders { @Override public Map<String, Cookie> getCookies() { if (cookies == null) { cookies = new HashMap<>(); final javax.servlet.http.Cookie[] servletCookies = request.getCookies(); for (int i = 0; i < servletCookies.length; i++) { final String name = servletCookies[i].getName(); final String value = servletCookies[i].getValue(); cookies.put(name, new Cookie(name, value)); } } return cookies; } MinijaxServletHttpHeaders(final HttpServletRequest request); @Override List<String> getRequestHeader(final String name); @Override String getHeaderString(final String name); @Override MultivaluedMap<String, String> getRequestHeaders(); @Override Map<String, Cookie> getCookies(); }
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@Test public void testCreateTupleQuery() { final MinijaxCriteriaQuery<Tuple> q = cb.createTupleQuery(); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(cb.tuple(w.get("id"), w.get("name"))); assertEquals(Tuple.class, q.getSelection().getJavaType()); assertEquals(Tuple.class, q.getResultType()); assertTrue(q.getSelection().isCompoundSelection()); }
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@Override public MinijaxCriteriaQuery<Tuple> createTupleQuery() { return new MinijaxCriteriaQuery<>(metamodel, Tuple.class); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxCriteriaQuery<Tuple> createTupleQuery() { return new MinijaxCriteriaQuery<>(metamodel, Tuple.class); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxCriteriaQuery<Tuple> createTupleQuery() { return new MinijaxCriteriaQuery<>(metamodel, Tuple.class); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxCriteriaQuery<Tuple> createTupleQuery() { return new MinijaxCriteriaQuery<>(metamodel, Tuple.class); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxCriteriaQuery<Tuple> createTupleQuery() { return new MinijaxCriteriaQuery<>(metamodel, Tuple.class); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testIsNull() { final MinijaxCriteriaQuery<Widget> q = cb.createQuery(Widget.class); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(w); q.where(cb.isNull(w.get("name"))); final AnsiSqlBuilder<Widget> sqlBuilder = new AnsiSqlBuilder<>(em, em.createQuery(q)); sqlBuilder.buildSelect(); assertEquals( "SELECT t0.ID, t0.NAME FROM WIDGET t0 WHERE t0.NAME IS NULL", sqlBuilder.getSql()); }
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@Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS, (MinijaxExpression) x, MinijaxNull.INSTANCE); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS, (MinijaxExpression) x, MinijaxNull.INSTANCE); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS, (MinijaxExpression) x, MinijaxNull.INSTANCE); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS, (MinijaxExpression) x, MinijaxNull.INSTANCE); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS, (MinijaxExpression) x, MinijaxNull.INSTANCE); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testIsNotNull() { final MinijaxCriteriaQuery<Widget> q = cb.createQuery(Widget.class); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(w); q.where(cb.isNotNull(w.get("name"))); final AnsiSqlBuilder<Widget> sqlBuilder = new AnsiSqlBuilder<>(em, em.createQuery(q)); sqlBuilder.buildSelect(); assertEquals( "SELECT t0.ID, t0.NAME FROM WIDGET t0 WHERE t0.NAME IS NOT NULL", sqlBuilder.getSql()); }
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@Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNotNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS_NOT, (MinijaxExpression) x, MinijaxNull.INSTANCE); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNotNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS_NOT, (MinijaxExpression) x, MinijaxNull.INSTANCE); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNotNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS_NOT, (MinijaxExpression) x, MinijaxNull.INSTANCE); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNotNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS_NOT, (MinijaxExpression) x, MinijaxNull.INSTANCE); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "rawtypes", "unchecked" }) public MinijaxComparison isNotNull(final Expression<?> x) { return new MinijaxComparison(ComparisonType.IS_NOT, (MinijaxExpression) x, MinijaxNull.INSTANCE); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testLike() { final MinijaxCriteriaQuery<Widget> q = cb.createQuery(Widget.class); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(w); q.where(cb.like(w.get("name"), "foo")); final AnsiSqlBuilder<Widget> sqlBuilder = new AnsiSqlBuilder<>(em, em.createQuery(q)); sqlBuilder.buildSelect(); assertEquals( "SELECT t0.ID, t0.NAME FROM WIDGET t0 WHERE t0.NAME LIKE 'foo'", sqlBuilder.getSql()); }
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@Override @SuppressWarnings("unchecked") public MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern) { return new MinijaxComparison<String>(ComparisonType.LIKE, (MinijaxExpression<String>) x, (MinijaxExpression<String>) pattern); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings("unchecked") public MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern) { return new MinijaxComparison<String>(ComparisonType.LIKE, (MinijaxExpression<String>) x, (MinijaxExpression<String>) pattern); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings("unchecked") public MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern) { return new MinijaxComparison<String>(ComparisonType.LIKE, (MinijaxExpression<String>) x, (MinijaxExpression<String>) pattern); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings("unchecked") public MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern) { return new MinijaxComparison<String>(ComparisonType.LIKE, (MinijaxExpression<String>) x, (MinijaxExpression<String>) pattern); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings("unchecked") public MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern) { return new MinijaxComparison<String>(ComparisonType.LIKE, (MinijaxExpression<String>) x, (MinijaxExpression<String>) pattern); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testAnd() { final MinijaxCriteriaQuery<Widget> q = cb.createQuery(Widget.class); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(w); q.where(cb.and(cb.like(w.get("name"), "fo"), cb.like(w.get("name"), "oo"))); final AnsiSqlBuilder<Widget> sqlBuilder = new AnsiSqlBuilder<>(em, em.createQuery(q)); sqlBuilder.buildSelect(); assertEquals( "SELECT t0.ID, t0.NAME FROM WIDGET t0 WHERE t0.NAME LIKE 'fo' AND t0.NAME LIKE 'oo'", sqlBuilder.getSql()); }
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@Override public MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.AND, (MinijaxPredicate) x, (MinijaxPredicate) y); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.AND, (MinijaxPredicate) x, (MinijaxPredicate) y); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.AND, (MinijaxPredicate) x, (MinijaxPredicate) y); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.AND, (MinijaxPredicate) x, (MinijaxPredicate) y); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.AND, (MinijaxPredicate) x, (MinijaxPredicate) y); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testOr() { final MinijaxCriteriaQuery<Widget> q = cb.createQuery(Widget.class); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(w); q.where(cb.or(cb.like(w.get("name"), "fo"), cb.like(w.get("name"), "oo"))); final AnsiSqlBuilder<Widget> sqlBuilder = new AnsiSqlBuilder<>(em, em.createQuery(q)); sqlBuilder.buildSelect(); assertEquals( "SELECT t0.ID, t0.NAME FROM WIDGET t0 WHERE t0.NAME LIKE 'fo' OR t0.NAME LIKE 'oo'", sqlBuilder.getSql()); }
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@Override public MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.OR, (MinijaxPredicate) x, (MinijaxPredicate) y); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.OR, (MinijaxPredicate) x, (MinijaxPredicate) y); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.OR, (MinijaxPredicate) x, (MinijaxPredicate) y); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.OR, (MinijaxPredicate) x, (MinijaxPredicate) y); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y) { return new MinijaxConjunction(BooleanOperator.OR, (MinijaxPredicate) x, (MinijaxPredicate) y); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testLower() { final MinijaxCriteriaQuery<Widget> q = cb.createQuery(Widget.class); final MinijaxRoot<Widget> w = q.from(Widget.class); q.select(w); q.where(cb.equal(cb.lower(w.get("name")), "foo")); final AnsiSqlBuilder<Widget> sqlBuilder = new AnsiSqlBuilder<>(em, em.createQuery(q)); sqlBuilder.buildSelect(); assertEquals( "SELECT t0.ID, t0.NAME FROM WIDGET t0 WHERE LOWER(t0.NAME)='foo'", sqlBuilder.getSql()); }
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@Override @SuppressWarnings({ "unchecked", "rawtypes" }) public MinijaxFunctionExpression<String> lower(final Expression<String> x) { return new MinijaxFunctionExpression(String.class, "LOWER", (MinijaxExpression<String>) x); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "unchecked", "rawtypes" }) public MinijaxFunctionExpression<String> lower(final Expression<String> x) { return new MinijaxFunctionExpression(String.class, "LOWER", (MinijaxExpression<String>) x); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "unchecked", "rawtypes" }) public MinijaxFunctionExpression<String> lower(final Expression<String> x) { return new MinijaxFunctionExpression(String.class, "LOWER", (MinijaxExpression<String>) x); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "unchecked", "rawtypes" }) public MinijaxFunctionExpression<String> lower(final Expression<String> x) { return new MinijaxFunctionExpression(String.class, "LOWER", (MinijaxExpression<String>) x); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override @SuppressWarnings({ "unchecked", "rawtypes" }) public MinijaxFunctionExpression<String> lower(final Expression<String> x) { return new MinijaxFunctionExpression(String.class, "LOWER", (MinijaxExpression<String>) x); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testCreateCriteriaUpdate() { cb.createCriteriaUpdate(null); }
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@Override public <T> CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testCreateCriteriaDelete() { cb.createCriteriaDelete(null); }
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@Override public <T> CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testConstruct() { cb.construct(null); }
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@Override public <Y> CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = IllegalStateException.class) public void testSetNextWorker() throws IOException { final Worker worker = new Worker(null, new MockSelectorProvider()); worker.setNextWorker(worker); worker.setNextWorker(worker); }
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public void setNextWorker(final Worker nextWorker) { if (this.nextWorker != null) { throw new IllegalStateException("nextWorker should only be set once"); } this.nextWorker = nextWorker; }
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Worker implements Runnable { public void setNextWorker(final Worker nextWorker) { if (this.nextWorker != null) { throw new IllegalStateException("nextWorker should only be set once"); } this.nextWorker = nextWorker; } }
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Worker implements Runnable { public void setNextWorker(final Worker nextWorker) { if (this.nextWorker != null) { throw new IllegalStateException("nextWorker should only be set once"); } this.nextWorker = nextWorker; } Worker(final Minijax minijax, final SelectorProvider selectorProvider); }
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Worker implements Runnable { public void setNextWorker(final Worker nextWorker) { if (this.nextWorker != null) { throw new IllegalStateException("nextWorker should only be set once"); } this.nextWorker = nextWorker; } Worker(final Minijax minijax, final SelectorProvider selectorProvider); boolean isRunning(); void setRunning(final boolean running); Worker getNextWorker(); void setNextWorker(final Worker nextWorker); void accept(final SocketChannel socketChannel); @Override void run(); }
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Worker implements Runnable { public void setNextWorker(final Worker nextWorker) { if (this.nextWorker != null) { throw new IllegalStateException("nextWorker should only be set once"); } this.nextWorker = nextWorker; } Worker(final Minijax minijax, final SelectorProvider selectorProvider); boolean isRunning(); void setRunning(final boolean running); Worker getNextWorker(); void setNextWorker(final Worker nextWorker); void accept(final SocketChannel socketChannel); @Override void run(); }
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@Test(expected = UnsupportedOperationException.class) public void testArray() { cb.array(); }
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@Override public CompoundSelection<Object[]> array(final Selection<?>... selections) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public CompoundSelection<Object[]> array(final Selection<?>... selections) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public CompoundSelection<Object[]> array(final Selection<?>... selections) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public CompoundSelection<Object[]> array(final Selection<?>... selections) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public CompoundSelection<Object[]> array(final Selection<?>... selections) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testAvg() { cb.avg(null); }
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@Override public <N extends Number> Expression<Double> avg(final Expression<N> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<Double> avg(final Expression<N> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<Double> avg(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<Double> avg(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<Double> avg(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testMax() { cb.max(null); }
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@Override public <N extends Number> Expression<N> max(final Expression<N> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> max(final Expression<N> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> max(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> max(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> max(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testMin() { cb.min(null); }
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@Override public <N extends Number> Expression<N> min(final Expression<N> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> min(final Expression<N> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> min(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> min(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> min(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testGreatest() { cb.greatest(null); }
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@Override public <X extends Comparable<? super X>> Expression<X> greatest(final Expression<X> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <X extends Comparable<? super X>> Expression<X> greatest(final Expression<X> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <X extends Comparable<? super X>> Expression<X> greatest(final Expression<X> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <X extends Comparable<? super X>> Expression<X> greatest(final Expression<X> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <X extends Comparable<? super X>> Expression<X> greatest(final Expression<X> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLeast() { cb.least(null); }
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@Override public <X extends Comparable<? super X>> Expression<X> least(final Expression<X> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <X extends Comparable<? super X>> Expression<X> least(final Expression<X> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <X extends Comparable<? super X>> Expression<X> least(final Expression<X> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <X extends Comparable<? super X>> Expression<X> least(final Expression<X> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <X extends Comparable<? super X>> Expression<X> least(final Expression<X> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testCount() { cb.count(null); }
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@Override public Expression<Long> count(final Expression<?> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> count(final Expression<?> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> count(final Expression<?> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> count(final Expression<?> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> count(final Expression<?> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testCountDistinct() { cb.countDistinct(null); }
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@Override public Expression<Long> countDistinct(final Expression<?> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> countDistinct(final Expression<?> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> countDistinct(final Expression<?> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> countDistinct(final Expression<?> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> countDistinct(final Expression<?> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testExists() { cb.exists(null); }
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@Override public Predicate exists(final Subquery<?> subquery) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate exists(final Subquery<?> subquery) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate exists(final Subquery<?> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate exists(final Subquery<?> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate exists(final Subquery<?> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testAll() { cb.all(null); }
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@Override public <Y> Expression<Y> all(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> all(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> all(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> all(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> all(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testParseNullConsumes() { assertTrue(MediaTypeUtils.parseMediaTypes((Consumes) null).isEmpty()); }
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public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); static List<MediaType> parseMediaTypes(final Consumes consumes); static List<MediaType> parseMediaTypes(final Produces produces); static List<MediaType> parseMediaTypes(final String str); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); static List<MediaType> parseMediaTypes(final Consumes consumes); static List<MediaType> parseMediaTypes(final Produces produces); static List<MediaType> parseMediaTypes(final String str); }
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@Test(expected = UnsupportedOperationException.class) public void testSome() { cb.some(null); }
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@Override public <Y> Expression<Y> some(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> some(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> some(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> some(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> some(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testAny() { cb.any(null); }
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@Override public <Y> Expression<Y> any(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> any(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> any(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> any(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y> Expression<Y> any(final Subquery<Y> subquery) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testNot() { cb.not(null); }
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@Override public Predicate not(final Expression<Boolean> restriction) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate not(final Expression<Boolean> restriction) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate not(final Expression<Boolean> restriction) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate not(final Expression<Boolean> restriction) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate not(final Expression<Boolean> restriction) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testConjunction() { cb.conjunction(); }
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@Override public Predicate conjunction() { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate conjunction() { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate conjunction() { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate conjunction() { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate conjunction() { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testDisjunction() { cb.disjunction(); }
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@Override public Predicate disjunction() { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate disjunction() { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate disjunction() { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate disjunction() { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate disjunction() { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testIsTrue() { cb.isTrue(null); }
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@Override public Predicate isTrue(final Expression<Boolean> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate isTrue(final Expression<Boolean> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate isTrue(final Expression<Boolean> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate isTrue(final Expression<Boolean> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate isTrue(final Expression<Boolean> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testIsFalse() { cb.isFalse(null); }
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@Override public Predicate isFalse(final Expression<Boolean> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate isFalse(final Expression<Boolean> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate isFalse(final Expression<Boolean> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate isFalse(final Expression<Boolean> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate isFalse(final Expression<Boolean> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testNotEqual1() { cb.notEqual(null, (Expression<Object>) null); }
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@Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testNotEqual2() { cb.notEqual(null, (Object) null); }
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@Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate notEqual(final Expression<?> x, final Expression<?> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testGreaterThan1() { cb.greaterThan((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testParseConsumes() { assertEquals( APPLICATION_FORM_URLENCODED_TYPE, MediaTypeUtils.parseMediaTypes(MediaTypeUtilsTest.class.getAnnotation(Consumes.class)).get(0)); }
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public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); static List<MediaType> parseMediaTypes(final Consumes consumes); static List<MediaType> parseMediaTypes(final Produces produces); static List<MediaType> parseMediaTypes(final String str); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); static List<MediaType> parseMediaTypes(final Consumes consumes); static List<MediaType> parseMediaTypes(final Produces produces); static List<MediaType> parseMediaTypes(final String str); }
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@Test(expected = UnsupportedOperationException.class) public void testGreaterThan2() { cb.greaterThan((Expression<Integer>) null, (Integer) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testGreaterThanOrEqualTo1() { cb.greaterThanOrEqualTo((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testGreaterThanOrEqualTo2() { cb.greaterThanOrEqualTo((Expression<Integer>) null, (Integer) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLessThan1() { cb.lessThan((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLessThan2() { cb.lessThan((Expression<Integer>) null, (Integer) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLessThanOrEqualTo1() { cb.lessThanOrEqualTo((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLessThanOrEqualTo() { cb.lessThanOrEqualTo((Expression<Integer>) null, (Integer) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testBetween1() { cb.between((Expression<Integer>) null, (Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testBetween2() { cb.between((Expression<Integer>) null, (Integer) null, (Integer) null); }
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@Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <Y extends Comparable<? super Y>> Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x, final Expression<? extends Y> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testGt1() { cb.gt((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testParseNullProduces() { assertTrue(MediaTypeUtils.parseMediaTypes((Produces) null).isEmpty()); }
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public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); static List<MediaType> parseMediaTypes(final Consumes consumes); static List<MediaType> parseMediaTypes(final Produces produces); static List<MediaType> parseMediaTypes(final String str); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); static List<MediaType> parseMediaTypes(final Consumes consumes); static List<MediaType> parseMediaTypes(final Produces produces); static List<MediaType> parseMediaTypes(final String str); }
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@Test(expected = UnsupportedOperationException.class) public void testGt2() { cb.gt((Expression<Integer>) null, (Integer) null); }
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@Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testGe1() { cb.ge((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testGe2() { cb.ge((Expression<Integer>) null, (Integer) null); }
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@Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLt1() { cb.lt((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLt2() { cb.lt((Expression<Integer>) null, (Integer) null); }
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@Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLe1() { cb.le((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLe2() { cb.le((Expression<Integer>) null, (Integer) null); }
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@Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testNeg() { cb.neg(null); }
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@Override public <N extends Number> Expression<N> neg(final Expression<N> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> neg(final Expression<N> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> neg(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> neg(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> neg(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testAbs() { cb.abs(null); }
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@Override public <N extends Number> Expression<N> abs(final Expression<N> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> abs(final Expression<N> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> abs(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> abs(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> abs(final Expression<N> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testSum1() { cb.sum((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testParseProduces() { assertEquals( TEXT_HTML_TYPE, MediaTypeUtils.parseMediaTypes(MediaTypeUtilsTest.class.getAnnotation(Produces.class)).get(0)); }
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public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); static List<MediaType> parseMediaTypes(final Consumes consumes); static List<MediaType> parseMediaTypes(final Produces produces); static List<MediaType> parseMediaTypes(final String str); }
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MediaTypeUtils { public static List<MediaType> parseMediaTypes(final Consumes consumes) { return consumes == null ? Collections.emptyList() : parseMediaTypes(consumes.value()); } MediaTypeUtils(); static List<MediaType> parseMediaTypes(final Consumes consumes); static List<MediaType> parseMediaTypes(final Produces produces); static List<MediaType> parseMediaTypes(final String str); }
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@Test(expected = UnsupportedOperationException.class) public void testSum2() { cb.sum((Expression<Integer>) null, (Integer) null); }
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@Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testSum3() { cb.sum((Integer) null, (Expression<Integer>) null); }
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@Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testSum4() { cb.sum(null); }
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@Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testSumAsLong() { cb.sumAsLong(null); }
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@Override public Expression<Long> sumAsLong(final Expression<Integer> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> sumAsLong(final Expression<Integer> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> sumAsLong(final Expression<Integer> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> sumAsLong(final Expression<Integer> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> sumAsLong(final Expression<Integer> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testSumAsDouble() { cb.sumAsDouble(null); }
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@Override public Expression<Double> sumAsDouble(final Expression<Float> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> sumAsDouble(final Expression<Float> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> sumAsDouble(final Expression<Float> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> sumAsDouble(final Expression<Float> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> sumAsDouble(final Expression<Float> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testProd1() { cb.prod((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testProd2() { cb.prod((Expression<Integer>) null, (Integer) null); }
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@Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testProd3() { cb.prod((Integer) null, (Expression<Integer>) null); }
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@Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testDiff1() { cb.diff((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testDiff2() { cb.diff((Expression<Integer>) null, (Integer) null); }
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@Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testScanner() throws IOException { final Set<Class<?>> result = ClassPathScanner.scan("org.minijax"); assertNotNull(result); assertFalse(result.isEmpty()); }
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public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); }
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ClassPathScanner { public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); } }
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ClassPathScanner { public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); } }
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ClassPathScanner { public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); } static Set<Class<?>> scan(final String packageName); static Set<Class<?>> scan(final String packageName, final ClassLoader cld); }
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ClassPathScanner { public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); } static Set<Class<?>> scan(final String packageName); static Set<Class<?>> scan(final String packageName, final ClassLoader cld); }
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@Test(expected = UnsupportedOperationException.class) public void testDiff3() { cb.diff((Integer) null, (Expression<Integer>) null); }
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@Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <N extends Number> Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testQuot1() { cb.quot((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testQuot2() { cb.quot((Expression<Integer>) null, (Integer) null); }
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@Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testQuot3() { cb.quot((Integer) null, (Expression<Integer>) null); }
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@Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testMod1() { cb.mod((Expression<Integer>) null, (Expression<Integer>) null); }
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@Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testMod2() { cb.mod((Expression<Integer>) null, (Integer) null); }
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@Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testMod3() { cb.mod((Integer) null, (Expression<Integer>) null); }
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@Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testSqrt() { cb.sqrt(null); }
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@Override public Expression<Double> sqrt(final Expression<? extends Number> x) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> sqrt(final Expression<? extends Number> x) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> sqrt(final Expression<? extends Number> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> sqrt(final Expression<? extends Number> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> sqrt(final Expression<? extends Number> x) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testToLong() { cb.toLong(null); }
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@Override public Expression<Long> toLong(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> toLong(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> toLong(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> toLong(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Long> toLong(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testToInteger() { cb.toInteger(null); }
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@Override public Expression<Integer> toInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> toInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> toInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> toInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Integer> toInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test public void testJarScanner() throws IOException { final URLClassLoader loader = new URLClassLoader(new URL[] { new URL("jar:file:src/test/resources/dummy.jar!/") }); final Set<Class<?>> result = ClassPathScanner.scan("com.example", loader); assertNotNull(result); assertEquals(2, result.size()); }
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public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); }
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ClassPathScanner { public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); } }
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ClassPathScanner { public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); } }
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ClassPathScanner { public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); } static Set<Class<?>> scan(final String packageName); static Set<Class<?>> scan(final String packageName, final ClassLoader cld); }
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ClassPathScanner { public static Set<Class<?>> scan(final String packageName) throws IOException { return scan(packageName, Thread.currentThread().getContextClassLoader()); } static Set<Class<?>> scan(final String packageName); static Set<Class<?>> scan(final String packageName, final ClassLoader cld); }
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@Test(expected = UnsupportedOperationException.class) public void testToFloat() { cb.toFloat(null); }
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@Override public Expression<Float> toFloat(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Float> toFloat(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Float> toFloat(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Float> toFloat(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Float> toFloat(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testToDouble() { cb.toDouble(null); }
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@Override public Expression<Double> toDouble(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> toDouble(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> toDouble(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> toDouble(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<Double> toDouble(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testToBigDecimal() { cb.toBigDecimal(null); }
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@Override public Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testToBigInteger() { cb.toBigInteger(null); }
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@Override public Expression<BigInteger> toBigInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<BigInteger> toBigInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<BigInteger> toBigInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<BigInteger> toBigInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<BigInteger> toBigInteger(final Expression<? extends Number> number) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testToString() { cb.toString(null); }
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@Override public Expression<String> toString(final Expression<Character> character) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<String> toString(final Expression<Character> character) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<String> toString(final Expression<Character> character) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<String> toString(final Expression<Character> character) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public Expression<String> toString(final Expression<Character> character) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testLiteral() { cb.literal(null); }
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@Override public <T> Expression<T> literal(final T value) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> Expression<T> literal(final T value) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> Expression<T> literal(final T value) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> Expression<T> literal(final T value) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> Expression<T> literal(final T value) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testNullLiteral() { cb.nullLiteral(null); }
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@Override public <T> Expression<T> nullLiteral(final Class<T> resultClass) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> Expression<T> nullLiteral(final Class<T> resultClass) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> Expression<T> nullLiteral(final Class<T> resultClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> Expression<T> nullLiteral(final Class<T> resultClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> Expression<T> nullLiteral(final Class<T> resultClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testParameter1() { cb.parameter(null); }
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@Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testParameter2() { cb.parameter(null, null); }
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@Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <T> ParameterExpression<T> parameter(final Class<T> paramClass) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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@Test(expected = UnsupportedOperationException.class) public void testIsEmpty() { cb.isEmpty(null); }
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@Override public <C extends Collection<?>> Predicate isEmpty(final Expression<C> collection) { throw new UnsupportedOperationException(); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <C extends Collection<?>> Predicate isEmpty(final Expression<C> collection) { throw new UnsupportedOperationException(); } }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <C extends Collection<?>> Predicate isEmpty(final Expression<C> collection) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <C extends Collection<?>> Predicate isEmpty(final Expression<C> collection) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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MinijaxCriteriaBuilder implements javax.persistence.criteria.CriteriaBuilder { @Override public <C extends Collection<?>> Predicate isEmpty(final Expression<C> collection) { throw new UnsupportedOperationException(); } MinijaxCriteriaBuilder(final MinijaxMetamodel metamodel); MinijaxMetamodel getMetamodel(); @Override MinijaxCriteriaQuery<T> createQuery(final Class<T> resultClass); @Override MinijaxCriteriaQuery<Object> createQuery(); @Override MinijaxCriteriaQuery<Tuple> createTupleQuery(); @Override MinijaxCompoundSelection<Tuple> tuple(final Selection<?>... selections); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Object y); @Override @SuppressWarnings({ "rawtypes", "unchecked", "java:S1221" }) // Ignore Sonar warning about confusing "equal" method MinijaxComparison equal(final Expression<?> x, final Expression<?> y); @Override @SuppressWarnings("unchecked") MinijaxIn<T> in(final Expression<? extends T> expression); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNull(final Expression<?> x); @Override @SuppressWarnings({ "rawtypes", "unchecked" }) MinijaxComparison isNotNull(final Expression<?> x); @Override @SuppressWarnings("unchecked") MinijaxPredicate like(final Expression<String> x, final Expression<String> pattern); @Override MinijaxPredicate like(final Expression<String> x, final String pattern); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) MinijaxFunctionExpression<String> lower(final Expression<String> x); @Override @SuppressWarnings({ "unchecked", "rawtypes" }) Expression<String> upper(final Expression<String> x); @Override MinijaxConjunction and(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction and(final Predicate... restrictions); @Override MinijaxConjunction or(final Expression<Boolean> x, final Expression<Boolean> y); @Override MinijaxConjunction or(final Predicate... restrictions); @Override MinijaxOrder asc(final Expression<?> x); @Override MinijaxOrder desc(final Expression<?> x); @Override CriteriaUpdate<T> createCriteriaUpdate(final Class<T> targetEntity); @Override CriteriaDelete<T> createCriteriaDelete(final Class<T> targetEntity); @Override CompoundSelection<Y> construct(final Class<Y> resultClass, final Selection<?>... selections); @Override CompoundSelection<Object[]> array(final Selection<?>... selections); @Override Expression<Double> avg(final Expression<N> x); @Override Expression<N> max(final Expression<N> x); @Override Expression<N> min(final Expression<N> x); @Override Expression<X> greatest(final Expression<X> x); @Override Expression<X> least(final Expression<X> x); @Override Expression<Long> count(final Expression<?> x); @Override Expression<Long> countDistinct(final Expression<?> x); @Override Predicate exists(final Subquery<?> subquery); @Override Expression<Y> all(final Subquery<Y> subquery); @Override Expression<Y> some(final Subquery<Y> subquery); @Override Expression<Y> any(final Subquery<Y> subquery); @Override Predicate not(final Expression<Boolean> restriction); @Override Predicate conjunction(); @Override Predicate disjunction(); @Override Predicate isTrue(final Expression<Boolean> x); @Override Predicate isFalse(final Expression<Boolean> x); @Override Predicate notEqual(final Expression<?> x, final Expression<?> y); @Override Predicate notEqual(final Expression<?> x, final Object y); @Override Predicate greaterThan(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThan(final Expression<? extends Y> x, final Y y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate greaterThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate lessThan(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Predicate lessThan(final Expression<? extends Y> x, final Y y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate lessThanOrEqualTo(final Expression<? extends Y> x, final Y y); @Override Predicate between(final Expression<? extends Y> v, final Expression<? extends Y> x,
final Expression<? extends Y> y); @Override Predicate between(final Expression<? extends Y> v, final Y x, final Y y); @Override Predicate gt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate gt(final Expression<? extends Number> x, final Number y); @Override Predicate ge(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate ge(final Expression<? extends Number> x, final Number y); @Override Predicate lt(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate lt(final Expression<? extends Number> x, final Number y); @Override Predicate le(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Predicate le(final Expression<? extends Number> x, final Number y); @Override Expression<N> neg(final Expression<N> x); @Override Expression<N> abs(final Expression<N> x); @Override Expression<N> sum(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<? extends N> x, final N y); @Override Expression<N> sum(final N x, final Expression<? extends N> y); @Override Expression<N> sum(final Expression<N> x); @Override Expression<Long> sumAsLong(final Expression<Integer> x); @Override Expression<Double> sumAsDouble(final Expression<Float> x); @Override Expression<N> prod(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> prod(final Expression<? extends N> x, final N y); @Override Expression<N> prod(final N x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final Expression<? extends N> y); @Override Expression<N> diff(final Expression<? extends N> x, final N y); @Override Expression<N> diff(final N x, final Expression<? extends N> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Expression<? extends Number> y); @Override Expression<Number> quot(final Expression<? extends Number> x, final Number y); @Override Expression<Number> quot(final Number x, final Expression<? extends Number> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Expression<Integer> y); @Override Expression<Integer> mod(final Expression<Integer> x, final Integer y); @Override Expression<Integer> mod(final Integer x, final Expression<Integer> y); @Override Expression<Double> sqrt(final Expression<? extends Number> x); @Override Expression<Long> toLong(final Expression<? extends Number> number); @Override Expression<Integer> toInteger(final Expression<? extends Number> number); @Override Expression<Float> toFloat(final Expression<? extends Number> number); @Override Expression<Double> toDouble(final Expression<? extends Number> number); @Override Expression<BigDecimal> toBigDecimal(final Expression<? extends Number> number); @Override Expression<BigInteger> toBigInteger(final Expression<? extends Number> number); @Override Expression<String> toString(final Expression<Character> character); @Override Expression<T> literal(final T value); @Override Expression<T> nullLiteral(final Class<T> resultClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass); @Override ParameterExpression<T> parameter(final Class<T> paramClass, final String name); @Override Predicate isEmpty(final Expression<C> collection); @Override Predicate isNotEmpty(final Expression<C> collection); @Override Expression<Integer> size(final Expression<C> collection); @Override Expression<Integer> size(final C collection); @Override Predicate isMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isMember(final E elem, final Expression<C> collection); @Override Predicate isNotMember(final Expression<E> elem, final Expression<C> collection); @Override Predicate isNotMember(final E elem, final Expression<C> collection); @Override Expression<Collection<V>> values(final M map); @Override Expression<Set<K>> keys(final M map); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate like(final Expression<String> x, final String pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern); @Override Predicate notLike(final Expression<String> x, final String pattern); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final Expression<String> pattern, final char escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final Expression<Character> escapeChar); @Override Predicate notLike(final Expression<String> x, final String pattern, final char escapeChar); @Override Expression<String> concat(final Expression<String> x, final Expression<String> y); @Override Expression<String> concat(final Expression<String> x, final String y); @Override Expression<String> concat(final String x, final Expression<String> y); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from); @Override Expression<String> substring(final Expression<String> x, final int from); @Override Expression<String> substring(final Expression<String> x, final Expression<Integer> from, final Expression<Integer> len); @Override Expression<String> substring(final Expression<String> x, final int from, final int len); @Override Expression<String> trim(final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<String> x); @Override Expression<String> trim(final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final Expression<Character> t, final Expression<String> x); @Override Expression<String> trim(final char t, final Expression<String> x); @Override Expression<String> trim(final Trimspec ts, final char t, final Expression<String> x); @Override Expression<Integer> length(final Expression<String> x); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern); @Override Expression<Integer> locate(final Expression<String> x, final String pattern); @Override Expression<Integer> locate(final Expression<String> x, final Expression<String> pattern, final Expression<Integer> from); @Override Expression<Integer> locate(final Expression<String> x, final String pattern, final int from); @Override Expression<Date> currentDate(); @Override Expression<Timestamp> currentTimestamp(); @Override Expression<Time> currentTime(); @Override Coalesce<T> coalesce(); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Expression<? extends Y> y); @Override Expression<Y> coalesce(final Expression<? extends Y> x, final Y y); @Override Expression<Y> nullif(final Expression<Y> x, final Expression<?> y); @Override Expression<Y> nullif(final Expression<Y> x, final Y y); @Override SimpleCase<C, R> selectCase(final Expression<? extends C> expression); @Override Case<R> selectCase(); @Override Expression<T> function(final String name, final Class<T> type, final Expression<?>... args); @Override Join<X, V> treat(final Join<X, T> join, final Class<V> type); @Override CollectionJoin<X, E> treat(final CollectionJoin<X, T> join, final Class<E> type); @Override SetJoin<X, E> treat(final SetJoin<X, T> join, final Class<E> type); @Override ListJoin<X, E> treat(final ListJoin<X, T> join, final Class<E> type); @Override MapJoin<X, K, V> treat(final MapJoin<X, K, T> join, final Class<V> type); @Override Path<T> treat(final Path<X> path, final Class<T> type); @Override Root<T> treat(final Root<X> root, final Class<T> type); }
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