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@Test public void testGetTypeName() throws Exception { final QName test = new QName("test"); Assert.assertEquals(test, pluginForMongo.getTypeName("test")); }
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@Override public QName getTypeName(final String name) { return new QName(name); }
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PluginForMongo implements Uml2XsdPlugin { @Override public QName getTypeName(final String name) { return new QName(name); } }
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PluginForMongo implements Uml2XsdPlugin { @Override public QName getTypeName(final String name) { return new QName(name); } }
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PluginForMongo implements Uml2XsdPlugin { @Override public QName getTypeName(final String name) { return new QName(name); } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { @Override public QName getTypeName(final String name) { return new QName(name); } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testIsAttributeFormDefaultQualified() throws Exception { Assert.assertTrue(pluginForMongo.isAttributeFormDefaultQualified()); }
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@Override public boolean isAttributeFormDefaultQualified() { return true; }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isAttributeFormDefaultQualified() { return true; } }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isAttributeFormDefaultQualified() { return true; } }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isAttributeFormDefaultQualified() { return true; } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isAttributeFormDefaultQualified() { return true; } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testIsElementFormDefaultQualified() throws Exception { Assert.assertTrue(pluginForMongo.isElementFormDefaultQualified()); }
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@Override public boolean isElementFormDefaultQualified() { return true; }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isElementFormDefaultQualified() { return true; } }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isElementFormDefaultQualified() { return true; } }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isElementFormDefaultQualified() { return true; } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isElementFormDefaultQualified() { return true; } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testMain() throws Throwable { reset(); toolTest("zipFile/Session1.zip", "processing is complete."); Mockito.verify(messageReport, Mockito.never()).error(Mockito.any(ReportStats.class), Matchers.any(Source.class), Mockito.any(MessageCode.class)); Mockito.verify(cntlr, Mockito.times(1)).doValidation((File) Mockito.any()); }
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public static void main(String[] args) throws IOException { ApplicationContext context = new ClassPathXmlApplicationContext("spring/applicationContext.xml"); OfflineTool main = context.getBean(OfflineTool.class); main.start(args); }
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OfflineTool { public static void main(String[] args) throws IOException { ApplicationContext context = new ClassPathXmlApplicationContext("spring/applicationContext.xml"); OfflineTool main = context.getBean(OfflineTool.class); main.start(args); } }
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OfflineTool { public static void main(String[] args) throws IOException { ApplicationContext context = new ClassPathXmlApplicationContext("spring/applicationContext.xml"); OfflineTool main = context.getBean(OfflineTool.class); main.start(args); } }
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OfflineTool { public static void main(String[] args) throws IOException { ApplicationContext context = new ClassPathXmlApplicationContext("spring/applicationContext.xml"); OfflineTool main = context.getBean(OfflineTool.class); main.start(args); } static void main(String[] args); void setController(ValidationController controller); ValidationController getControler(); void setAppName(String name); String getAppName(); void setInputArgumentCount(int n); int getInputArgumentCount(); void setMessageReport(AbstractMessageReport messageReport); }
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OfflineTool { public static void main(String[] args) throws IOException { ApplicationContext context = new ClassPathXmlApplicationContext("spring/applicationContext.xml"); OfflineTool main = context.getBean(OfflineTool.class); main.start(args); } static void main(String[] args); void setController(ValidationController controller); ValidationController getControler(); void setAppName(String name); String getAppName(); void setInputArgumentCount(int n); int getInputArgumentCount(); void setMessageReport(AbstractMessageReport messageReport); }
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@Test public void testIsEnabled() throws Exception { Assert.assertFalse(pluginForMongo.isEnabled(new QName("test"))); }
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@Override public boolean isEnabled(final QName name) { return false; }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isEnabled(final QName name) { return false; } }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isEnabled(final QName name) { return false; } }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isEnabled(final QName name) { return false; } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { @Override public boolean isEnabled(final QName name) { return false; } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testWriteAppInfo() throws Exception { final Identifier mockID = Identifier.fromString("1234"); final TaggedValue mockTaggedValue = new TaggedValue("test", mockID); final ModelIndex mockIndex = Mockito.mock(ModelIndex.class); final Uml2XsdPluginWriter mockWriter = Mockito.mock(Uml2XsdPluginWriter.class); final TagDefinition mockTagDef = new TagDefinition(mockID, SliUmlConstants.TAGDEF_NATURAL_KEY, new Multiplicity(new Range(Occurs.ONE, Occurs.UNBOUNDED))); Mockito.when(mockIndex.getTagDefinition(mockID)).thenReturn(mockTagDef); pluginForMongo.writeAppInfo(mockTaggedValue, mockIndex, mockWriter); Mockito.verify(mockWriter).begin("sli", SliMongoConstants.SLI_NATURAL_KEY.getLocalPart(), SliMongoConstants.SLI_NATURAL_KEY.getNamespaceURI()); Mockito.verify(mockWriter, Mockito.times(2)).end(); }
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@Override public void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw) { final TagDefinition tagDefinition = lookup.getTagDefinition(taggedValue.getTagDefinition()); xsw.appinfo(); if (SliUmlConstants.TAGDEF_NATURAL_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_NATURAL_KEY.getLocalPart(), SliMongoConstants.SLI_NATURAL_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getLocalPart(), SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_PII.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_PII.getLocalPart(), SliMongoConstants.SLI_PII.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_READ.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_READ_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_READ_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_WRITE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_WRITE_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_WRITE_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_RELAXED_BLACKLIST.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_RELAXEDBLACKLIST.getLocalPart(), SliMongoConstants.SLI_RELAXEDBLACKLIST.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_SECURITY_SPHERE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_SECURITY_SPHERE.getLocalPart(), SliMongoConstants.SLI_SECURITY_SPHERE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATION_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATION_KEY.getLocalPart(), SliMongoConstants.SLI_ASSOCIATION_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_BEGIN_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_BEGIN_DATE.getLocalPart(), SliMongoConstants.SLI_BEGIN_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_END_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_END_DATE.getLocalPart(), SliMongoConstants.SLI_END_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_END_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_END_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_END_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getLocalPart(), SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } xsw.end(); }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw) { final TagDefinition tagDefinition = lookup.getTagDefinition(taggedValue.getTagDefinition()); xsw.appinfo(); if (SliUmlConstants.TAGDEF_NATURAL_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_NATURAL_KEY.getLocalPart(), SliMongoConstants.SLI_NATURAL_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getLocalPart(), SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_PII.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_PII.getLocalPart(), SliMongoConstants.SLI_PII.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_READ.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_READ_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_READ_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_WRITE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_WRITE_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_WRITE_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_RELAXED_BLACKLIST.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_RELAXEDBLACKLIST.getLocalPart(), SliMongoConstants.SLI_RELAXEDBLACKLIST.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_SECURITY_SPHERE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_SECURITY_SPHERE.getLocalPart(), SliMongoConstants.SLI_SECURITY_SPHERE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATION_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATION_KEY.getLocalPart(), SliMongoConstants.SLI_ASSOCIATION_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_BEGIN_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_BEGIN_DATE.getLocalPart(), SliMongoConstants.SLI_BEGIN_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_END_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_END_DATE.getLocalPart(), SliMongoConstants.SLI_END_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_END_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_END_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_END_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getLocalPart(), SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } xsw.end(); } }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw) { final TagDefinition tagDefinition = lookup.getTagDefinition(taggedValue.getTagDefinition()); xsw.appinfo(); if (SliUmlConstants.TAGDEF_NATURAL_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_NATURAL_KEY.getLocalPart(), SliMongoConstants.SLI_NATURAL_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getLocalPart(), SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_PII.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_PII.getLocalPart(), SliMongoConstants.SLI_PII.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_READ.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_READ_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_READ_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_WRITE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_WRITE_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_WRITE_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_RELAXED_BLACKLIST.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_RELAXEDBLACKLIST.getLocalPart(), SliMongoConstants.SLI_RELAXEDBLACKLIST.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_SECURITY_SPHERE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_SECURITY_SPHERE.getLocalPart(), SliMongoConstants.SLI_SECURITY_SPHERE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATION_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATION_KEY.getLocalPart(), SliMongoConstants.SLI_ASSOCIATION_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_BEGIN_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_BEGIN_DATE.getLocalPart(), SliMongoConstants.SLI_BEGIN_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_END_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_END_DATE.getLocalPart(), SliMongoConstants.SLI_END_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_END_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_END_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_END_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getLocalPart(), SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } xsw.end(); } }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw) { final TagDefinition tagDefinition = lookup.getTagDefinition(taggedValue.getTagDefinition()); xsw.appinfo(); if (SliUmlConstants.TAGDEF_NATURAL_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_NATURAL_KEY.getLocalPart(), SliMongoConstants.SLI_NATURAL_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getLocalPart(), SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_PII.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_PII.getLocalPart(), SliMongoConstants.SLI_PII.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_READ.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_READ_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_READ_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_WRITE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_WRITE_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_WRITE_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_RELAXED_BLACKLIST.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_RELAXEDBLACKLIST.getLocalPart(), SliMongoConstants.SLI_RELAXEDBLACKLIST.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_SECURITY_SPHERE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_SECURITY_SPHERE.getLocalPart(), SliMongoConstants.SLI_SECURITY_SPHERE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATION_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATION_KEY.getLocalPart(), SliMongoConstants.SLI_ASSOCIATION_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_BEGIN_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_BEGIN_DATE.getLocalPart(), SliMongoConstants.SLI_BEGIN_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_END_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_END_DATE.getLocalPart(), SliMongoConstants.SLI_END_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_END_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_END_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_END_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getLocalPart(), SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } xsw.end(); } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw) { final TagDefinition tagDefinition = lookup.getTagDefinition(taggedValue.getTagDefinition()); xsw.appinfo(); if (SliUmlConstants.TAGDEF_NATURAL_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_NATURAL_KEY.getLocalPart(), SliMongoConstants.SLI_NATURAL_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getLocalPart(), SliMongoConstants.SLI_APPLY_NATURAL_KEYS.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_PII.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_PII.getLocalPart(), SliMongoConstants.SLI_PII.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_READ.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_READ_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_READ_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ENFORCE_WRITE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_WRITE_ENFORCEMENT.getLocalPart(), SliMongoConstants.SLI_WRITE_ENFORCEMENT.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_RELAXED_BLACKLIST.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_RELAXEDBLACKLIST.getLocalPart(), SliMongoConstants.SLI_RELAXEDBLACKLIST.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_SECURITY_SPHERE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_SECURITY_SPHERE.getLocalPart(), SliMongoConstants.SLI_SECURITY_SPHERE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATION_KEY.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATION_KEY.getLocalPart(), SliMongoConstants.SLI_ASSOCIATION_KEY.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_BEGIN_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_BEGIN_DATE.getLocalPart(), SliMongoConstants.SLI_BEGIN_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_END_DATE.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_END_DATE.getLocalPart(), SliMongoConstants.SLI_END_DATE.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_FILTER_END_DATE_ON.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_FILTER_END_DATE_ON.getLocalPart(), SliMongoConstants.SLI_FILTER_END_DATE_ON.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } else if (SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION.equals(tagDefinition.getName())) { xsw.begin("sli", SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getLocalPart(), SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.getNamespaceURI()); xsw.characters(taggedValue.getValue()); xsw.end(); } xsw.end(); } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testWriteAssociation() throws Exception { final ClassType mockClass = Mockito.mock(ClassType.class); final List<TaggedValue> mockTaggedValues = new ArrayList<TaggedValue>(); final Identifier id = Identifier.random(); final Identifier testId = Identifier.fromString("1234"); mockTaggedValues.add(new TaggedValue("true", id)); final Multiplicity mult = new Multiplicity(new Range(Occurs.ZERO, Occurs.ONE)); final AssociationEnd mockEnd = new AssociationEnd(mult, "test", false, mockTaggedValues, testId, "test"); final ModelIndex mockIndex = Mockito.mock(ModelIndex.class); final Uml2XsdPluginWriter mockWriter = Mockito.mock(Uml2XsdPluginWriter.class); final TagDefinition mockTagDef = new TagDefinition(Identifier.random(), "mongo.navigable", mult); final Type mockType = Mockito.mock(Type.class); Mockito.when(mockIndex.getTagDefinition(id)).thenReturn(mockTagDef); Mockito.when(mockIndex.getType(testId)).thenReturn(mockType); Mockito.when(mockType.getName()).thenReturn("test name"); pluginForMongo.writeAssociation(mockClass, mockEnd, mockIndex, mockWriter); Mockito.verify(mockWriter).element(); Mockito.verify(mockWriter).annotation(); Mockito.verify(mockWriter).begin("sli", SliMongoConstants.SLI_REFERENCE_TYPE.getLocalPart(), SliMongoConstants.SLI_REFERENCE_TYPE.getNamespaceURI()); }
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@Override public void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model, final Uml2XsdPluginWriter xsw) { if (PluginHelpers.isMongoNavigable(end, model)) { final Type type = model.getType(end.getType()); xsw.element(); try { if (PluginHelpers.hasMongoName(end, model)) { xsw.elementName(new QName(PluginHelpers.getMongoName(end, model))); } else { xsw.elementName(new QName(getName(end, model))); } xsw.type(getTypeName(MONGO_REFERENCE_TYPE)); xsw.minOccurs(end.getMultiplicity().getRange().getLower()); xsw.maxOccurs(end.getMultiplicity().getRange().getUpper()); xsw.annotation(); PluginHelpers.writeDocumentation(end, model, xsw); xsw.appinfo(); xsw.begin("sli", SliMongoConstants.SLI_REFERENCE_TYPE.getLocalPart(), SliMongoConstants.SLI_REFERENCE_TYPE.getNamespaceURI()); xsw.characters(getTypeName(type.getName()).getLocalPart()); xsw.end(); xsw.end(); xsw.end(); } finally { xsw.end(); } } }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model, final Uml2XsdPluginWriter xsw) { if (PluginHelpers.isMongoNavigable(end, model)) { final Type type = model.getType(end.getType()); xsw.element(); try { if (PluginHelpers.hasMongoName(end, model)) { xsw.elementName(new QName(PluginHelpers.getMongoName(end, model))); } else { xsw.elementName(new QName(getName(end, model))); } xsw.type(getTypeName(MONGO_REFERENCE_TYPE)); xsw.minOccurs(end.getMultiplicity().getRange().getLower()); xsw.maxOccurs(end.getMultiplicity().getRange().getUpper()); xsw.annotation(); PluginHelpers.writeDocumentation(end, model, xsw); xsw.appinfo(); xsw.begin("sli", SliMongoConstants.SLI_REFERENCE_TYPE.getLocalPart(), SliMongoConstants.SLI_REFERENCE_TYPE.getNamespaceURI()); xsw.characters(getTypeName(type.getName()).getLocalPart()); xsw.end(); xsw.end(); xsw.end(); } finally { xsw.end(); } } } }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model, final Uml2XsdPluginWriter xsw) { if (PluginHelpers.isMongoNavigable(end, model)) { final Type type = model.getType(end.getType()); xsw.element(); try { if (PluginHelpers.hasMongoName(end, model)) { xsw.elementName(new QName(PluginHelpers.getMongoName(end, model))); } else { xsw.elementName(new QName(getName(end, model))); } xsw.type(getTypeName(MONGO_REFERENCE_TYPE)); xsw.minOccurs(end.getMultiplicity().getRange().getLower()); xsw.maxOccurs(end.getMultiplicity().getRange().getUpper()); xsw.annotation(); PluginHelpers.writeDocumentation(end, model, xsw); xsw.appinfo(); xsw.begin("sli", SliMongoConstants.SLI_REFERENCE_TYPE.getLocalPart(), SliMongoConstants.SLI_REFERENCE_TYPE.getNamespaceURI()); xsw.characters(getTypeName(type.getName()).getLocalPart()); xsw.end(); xsw.end(); xsw.end(); } finally { xsw.end(); } } } }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model, final Uml2XsdPluginWriter xsw) { if (PluginHelpers.isMongoNavigable(end, model)) { final Type type = model.getType(end.getType()); xsw.element(); try { if (PluginHelpers.hasMongoName(end, model)) { xsw.elementName(new QName(PluginHelpers.getMongoName(end, model))); } else { xsw.elementName(new QName(getName(end, model))); } xsw.type(getTypeName(MONGO_REFERENCE_TYPE)); xsw.minOccurs(end.getMultiplicity().getRange().getLower()); xsw.maxOccurs(end.getMultiplicity().getRange().getUpper()); xsw.annotation(); PluginHelpers.writeDocumentation(end, model, xsw); xsw.appinfo(); xsw.begin("sli", SliMongoConstants.SLI_REFERENCE_TYPE.getLocalPart(), SliMongoConstants.SLI_REFERENCE_TYPE.getNamespaceURI()); xsw.characters(getTypeName(type.getName()).getLocalPart()); xsw.end(); xsw.end(); xsw.end(); } finally { xsw.end(); } } } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model, final Uml2XsdPluginWriter xsw) { if (PluginHelpers.isMongoNavigable(end, model)) { final Type type = model.getType(end.getType()); xsw.element(); try { if (PluginHelpers.hasMongoName(end, model)) { xsw.elementName(new QName(PluginHelpers.getMongoName(end, model))); } else { xsw.elementName(new QName(getName(end, model))); } xsw.type(getTypeName(MONGO_REFERENCE_TYPE)); xsw.minOccurs(end.getMultiplicity().getRange().getLower()); xsw.maxOccurs(end.getMultiplicity().getRange().getUpper()); xsw.annotation(); PluginHelpers.writeDocumentation(end, model, xsw); xsw.appinfo(); xsw.begin("sli", SliMongoConstants.SLI_REFERENCE_TYPE.getLocalPart(), SliMongoConstants.SLI_REFERENCE_TYPE.getNamespaceURI()); xsw.characters(getTypeName(type.getName()).getLocalPart()); xsw.end(); xsw.end(); xsw.end(); } finally { xsw.end(); } } } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testWriteTopLevelElement() throws Exception { @SuppressWarnings("unchecked") final PsmDocument<Type> classType = Mockito.mock(PsmDocument.class); final Type mockType = Mockito.mock(Type.class); final ModelIndex mockIndex = Mockito.mock(ModelIndex.class); final Uml2XsdPluginWriter mockWriter = Mockito.mock(Uml2XsdPluginWriter.class); Mockito.when(mockType.getName()).thenReturn("Type Name"); Mockito.when(classType.getType()).thenReturn(mockType); Mockito.when(classType.getSingularResourceName()).thenReturn(new PsmCollection("test collection")); pluginForMongo.writeTopLevelElement(classType, mockIndex, mockWriter); final QName elementQName = pluginForMongo.getElementName(classType); Mockito.verify(mockWriter).elementName(elementQName); Mockito.verify(mockWriter).annotation(); Mockito.verify(mockWriter, Mockito.atLeastOnce()).end(); }
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@Override public void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw) { xsw.element(); try { final QName name = getElementName(classType); xsw.elementName(name); final Type elementType = classType.getType(); xsw.type(getQName(elementType, model)); xsw.annotation(); try { PluginHelpers.writeDocumentation(elementType, model, xsw); } finally { xsw.end(); } } finally { xsw.end(); } }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw) { xsw.element(); try { final QName name = getElementName(classType); xsw.elementName(name); final Type elementType = classType.getType(); xsw.type(getQName(elementType, model)); xsw.annotation(); try { PluginHelpers.writeDocumentation(elementType, model, xsw); } finally { xsw.end(); } } finally { xsw.end(); } } }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw) { xsw.element(); try { final QName name = getElementName(classType); xsw.elementName(name); final Type elementType = classType.getType(); xsw.type(getQName(elementType, model)); xsw.annotation(); try { PluginHelpers.writeDocumentation(elementType, model, xsw); } finally { xsw.end(); } } finally { xsw.end(); } } }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw) { xsw.element(); try { final QName name = getElementName(classType); xsw.elementName(name); final Type elementType = classType.getType(); xsw.type(getQName(elementType, model)); xsw.annotation(); try { PluginHelpers.writeDocumentation(elementType, model, xsw); } finally { xsw.end(); } } finally { xsw.end(); } } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { @Override public void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw) { xsw.element(); try { final QName name = getElementName(classType); xsw.elementName(name); final Type elementType = classType.getType(); xsw.type(getQName(elementType, model)); xsw.annotation(); try { PluginHelpers.writeDocumentation(elementType, model, xsw); } finally { xsw.end(); } } finally { xsw.end(); } } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testGetElementNameByRef() { final QName expected = new QName(Uml2XsdTools.camelCase("MyTest")); Assert.assertEquals(expected, pluginForMongo.getElementName("MyTest", false)); }
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@Override public QName getElementName(final String name, final boolean isReference) { return new QName(Uml2XsdTools.camelCase(name)); }
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PluginForMongo implements Uml2XsdPlugin { @Override public QName getElementName(final String name, final boolean isReference) { return new QName(Uml2XsdTools.camelCase(name)); } }
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PluginForMongo implements Uml2XsdPlugin { @Override public QName getElementName(final String name, final boolean isReference) { return new QName(Uml2XsdTools.camelCase(name)); } }
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PluginForMongo implements Uml2XsdPlugin { @Override public QName getElementName(final String name, final boolean isReference) { return new QName(Uml2XsdTools.camelCase(name)); } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { @Override public QName getElementName(final String name, final boolean isReference) { return new QName(Uml2XsdTools.camelCase(name)); } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testIsUnbounded() { final Occurs truthy = Occurs.UNBOUNDED; Assert.assertTrue(PluginForMongo.isUnbounded(truthy)); final Occurs falsey = Occurs.ONE; Assert.assertFalse(PluginForMongo.isUnbounded(falsey)); }
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public static final boolean isUnbounded(final Occurs occurs) { return occurs.equals(Occurs.UNBOUNDED); }
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PluginForMongo implements Uml2XsdPlugin { public static final boolean isUnbounded(final Occurs occurs) { return occurs.equals(Occurs.UNBOUNDED); } }
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PluginForMongo implements Uml2XsdPlugin { public static final boolean isUnbounded(final Occurs occurs) { return occurs.equals(Occurs.UNBOUNDED); } }
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PluginForMongo implements Uml2XsdPlugin { public static final boolean isUnbounded(final Occurs occurs) { return occurs.equals(Occurs.UNBOUNDED); } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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PluginForMongo implements Uml2XsdPlugin { public static final boolean isUnbounded(final Occurs occurs) { return occurs.equals(Occurs.UNBOUNDED); } static final boolean isUnbounded(final Occurs occurs); @Override Map<String, String> declarePrefixMappings(); @Override QName getElementName(final String name, final boolean isReference); @Override QName getElementType(final String name, final boolean isAssociation); @Override QName getGraphAssociationEndName(final PsmDocument<Type> classType); @Override QName getElementName(final PsmDocument<Type> classType); @Override String getTargetNamespace(); @Override QName getTypeName(final String name); @Override boolean isAttributeFormDefaultQualified(); @Override boolean isElementFormDefaultQualified(); @Override boolean isEnabled(final QName name); @Override void writeAppInfo(final TaggedValue taggedValue, final ModelIndex lookup, final Uml2XsdPluginWriter xsw); @Override void writeAssociation(final ClassType complexType, final AssociationEnd end, final ModelIndex model,
final Uml2XsdPluginWriter xsw); @Override void writeTopLevelElement(PsmDocument<Type> classType, ModelIndex model, Uml2XsdPluginWriter xsw); }
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@Test public void testMain() { String inputSliXmiFilename = "src/test/resources/SLI.xmi"; String inputEdfiXmiFilename = "src/test/resources/Ed-Fi-Core.xmi"; String[] args = new String[]{inputSliXmiFilename, inputEdfiXmiFilename}; final StringBuffer stringBuffer = new StringBuffer(); PrintStream stdOut = System.out; PrintStream myOut = new PrintStream(new OutputStream() { @Override public void write(int b) throws IOException { stringBuffer.append((char) b); } }); System.setOut(myOut); EdFiSLICmdLine.main(args); System.setOut(stdOut); assertFalse(stringBuffer.toString().equals("")); }
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public static void main(final String[] args) { String sliInputFilename = (args.length == 2) ? args[0] : DEFAULT_SLI_INPUT_FILENAME; String edfiInputFilename = (args.length == 2) ? args[1] : DEFAULT_EDFI_INPUT_FILENAME; try { final ModelIndex slim = new DefaultModelIndex(XmiReader.readModel(sliInputFilename)); final ModelIndex edfi = new DefaultModelIndex(XmiReader.readModel(edfiInputFilename)); compareClasses(slim, edfi); } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } }
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EdFiSLICmdLine { public static void main(final String[] args) { String sliInputFilename = (args.length == 2) ? args[0] : DEFAULT_SLI_INPUT_FILENAME; String edfiInputFilename = (args.length == 2) ? args[1] : DEFAULT_EDFI_INPUT_FILENAME; try { final ModelIndex slim = new DefaultModelIndex(XmiReader.readModel(sliInputFilename)); final ModelIndex edfi = new DefaultModelIndex(XmiReader.readModel(edfiInputFilename)); compareClasses(slim, edfi); } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } } }
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EdFiSLICmdLine { public static void main(final String[] args) { String sliInputFilename = (args.length == 2) ? args[0] : DEFAULT_SLI_INPUT_FILENAME; String edfiInputFilename = (args.length == 2) ? args[1] : DEFAULT_EDFI_INPUT_FILENAME; try { final ModelIndex slim = new DefaultModelIndex(XmiReader.readModel(sliInputFilename)); final ModelIndex edfi = new DefaultModelIndex(XmiReader.readModel(edfiInputFilename)); compareClasses(slim, edfi); } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } } EdFiSLICmdLine(); }
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EdFiSLICmdLine { public static void main(final String[] args) { String sliInputFilename = (args.length == 2) ? args[0] : DEFAULT_SLI_INPUT_FILENAME; String edfiInputFilename = (args.length == 2) ? args[1] : DEFAULT_EDFI_INPUT_FILENAME; try { final ModelIndex slim = new DefaultModelIndex(XmiReader.readModel(sliInputFilename)); final ModelIndex edfi = new DefaultModelIndex(XmiReader.readModel(edfiInputFilename)); compareClasses(slim, edfi); } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } } EdFiSLICmdLine(); static void main(final String[] args); }
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EdFiSLICmdLine { public static void main(final String[] args) { String sliInputFilename = (args.length == 2) ? args[0] : DEFAULT_SLI_INPUT_FILENAME; String edfiInputFilename = (args.length == 2) ? args[1] : DEFAULT_EDFI_INPUT_FILENAME; try { final ModelIndex slim = new DefaultModelIndex(XmiReader.readModel(sliInputFilename)); final ModelIndex edfi = new DefaultModelIndex(XmiReader.readModel(edfiInputFilename)); compareClasses(slim, edfi); } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } } EdFiSLICmdLine(); static void main(final String[] args); static final String DEFAULT_SLI_INPUT_FILENAME; static final String DEFAULT_EDFI_INPUT_FILENAME; }
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@Test public void testMain() { String inputFilename = "src/test/resources/psm_sli.xmi"; String name = "assessmentTitle"; String[] args = new String[]{inputFilename, name}; final StringBuffer stringBuffer = new StringBuffer(); PrintStream stdOut = System.out; PrintStream myOut = new PrintStream(new OutputStream() { @Override public void write(int b) throws IOException { stringBuffer.append((char) b); } }); System.setOut(myOut); WhereUsedCmdLine.main(args); System.setOut(stdOut); assertFalse(stringBuffer.toString().equals("")); }
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public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String name = (args.length == 2) ? args[1] : DEFAULT_NAME; try { final Model model = XmiReader.readModel(inputFilename); final ModelIndex index = new DefaultModelIndex(model); @SuppressWarnings("deprecation") final Set<ModelElement> matches = index.lookupByName(new QName(name)); for (final ModelElement match : matches) { LOG.info("name : " + name + " => " + match); showUsage(index, match.getId(), " "); } } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } }
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WhereUsedCmdLine { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String name = (args.length == 2) ? args[1] : DEFAULT_NAME; try { final Model model = XmiReader.readModel(inputFilename); final ModelIndex index = new DefaultModelIndex(model); @SuppressWarnings("deprecation") final Set<ModelElement> matches = index.lookupByName(new QName(name)); for (final ModelElement match : matches) { LOG.info("name : " + name + " => " + match); showUsage(index, match.getId(), " "); } } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } } }
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WhereUsedCmdLine { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String name = (args.length == 2) ? args[1] : DEFAULT_NAME; try { final Model model = XmiReader.readModel(inputFilename); final ModelIndex index = new DefaultModelIndex(model); @SuppressWarnings("deprecation") final Set<ModelElement> matches = index.lookupByName(new QName(name)); for (final ModelElement match : matches) { LOG.info("name : " + name + " => " + match); showUsage(index, match.getId(), " "); } } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } } WhereUsedCmdLine(); }
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WhereUsedCmdLine { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String name = (args.length == 2) ? args[1] : DEFAULT_NAME; try { final Model model = XmiReader.readModel(inputFilename); final ModelIndex index = new DefaultModelIndex(model); @SuppressWarnings("deprecation") final Set<ModelElement> matches = index.lookupByName(new QName(name)); for (final ModelElement match : matches) { LOG.info("name : " + name + " => " + match); showUsage(index, match.getId(), " "); } } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } } WhereUsedCmdLine(); static void main(final String[] args); }
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WhereUsedCmdLine { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String name = (args.length == 2) ? args[1] : DEFAULT_NAME; try { final Model model = XmiReader.readModel(inputFilename); final ModelIndex index = new DefaultModelIndex(model); @SuppressWarnings("deprecation") final Set<ModelElement> matches = index.lookupByName(new QName(name)); for (final ModelElement match : matches) { LOG.info("name : " + name + " => " + match); showUsage(index, match.getId(), " "); } } catch (final FileNotFoundException e) { throw new EdFiSLIRuntimeException(e); } } WhereUsedCmdLine(); static void main(final String[] args); static final String DEFAULT_INPUT_FILENAME; static final String DEFAULT_NAME; }
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@Test public void testMain() throws IOException { String pathToGoldenWadl = "src/test/resources/domain_SLI.wadl"; String pathToGeneratedWadl = "src/test/resources/scaffold_eapplication.wadl"; String pathToReportFile = "WadlComparatorOutput.txt"; WadlComparator.main(new String[]{pathToGoldenWadl, pathToGeneratedWadl, pathToReportFile}); File file = new File(pathToReportFile); assertTrue(file.exists()); file.delete(); }
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public static void main(String[] args) throws IOException { if (args.length < 3 || args[0].toLowerCase().equals("h") || args[0].equals("?")) { STDOUT.println("Usage:"); STDOUT.println("java WadlComparator pathToGoldenWadl pathToGenerateWadl pathToReportFile"); System.exit(1); } pathToGoldenWadl = args[0]; pathToGeneratedWadl = args[1]; pathToReportFile = new PrintStream(new File(args[2])); OutputStream goldenStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(goldenStream)); walkWadl(pathToGoldenWadl); List<String> golden = Arrays.asList(goldenStream.toString().split("\n")); goldenStream.close(); OutputStream generatedStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(generatedStream)); walkWadl(pathToGeneratedWadl); List<String> generated = Arrays.asList(generatedStream.toString().split("\n")); generatedStream.close(); Map<String, Boolean> uniqueGoldenMap = new HashMap<String, Boolean>(); for (String s : golden) { uniqueGoldenMap.put(s, true); } List<String> uniqueGenerated = new ArrayList<String>(); for (String s : generated) { if (uniqueGoldenMap.containsKey(s)) { uniqueGoldenMap.remove(s); } else { uniqueGenerated.add(s); } } List<String> uniqueGolden = new ArrayList<String>(uniqueGoldenMap.keySet()); Collections.sort(uniqueGolden); Collections.sort(uniqueGenerated); System.setOut(pathToReportFile); LOG.info("Unique to Golden Wadl:"); for (String s : uniqueGolden) { LOG.info("\t" + s); } LOG.info("\nUnique to Generated Wadl:"); for (String s : uniqueGenerated) { LOG.info("\t" + s); } System.setOut(STDOUT); }
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WadlComparator { public static void main(String[] args) throws IOException { if (args.length < 3 || args[0].toLowerCase().equals("h") || args[0].equals("?")) { STDOUT.println("Usage:"); STDOUT.println("java WadlComparator pathToGoldenWadl pathToGenerateWadl pathToReportFile"); System.exit(1); } pathToGoldenWadl = args[0]; pathToGeneratedWadl = args[1]; pathToReportFile = new PrintStream(new File(args[2])); OutputStream goldenStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(goldenStream)); walkWadl(pathToGoldenWadl); List<String> golden = Arrays.asList(goldenStream.toString().split("\n")); goldenStream.close(); OutputStream generatedStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(generatedStream)); walkWadl(pathToGeneratedWadl); List<String> generated = Arrays.asList(generatedStream.toString().split("\n")); generatedStream.close(); Map<String, Boolean> uniqueGoldenMap = new HashMap<String, Boolean>(); for (String s : golden) { uniqueGoldenMap.put(s, true); } List<String> uniqueGenerated = new ArrayList<String>(); for (String s : generated) { if (uniqueGoldenMap.containsKey(s)) { uniqueGoldenMap.remove(s); } else { uniqueGenerated.add(s); } } List<String> uniqueGolden = new ArrayList<String>(uniqueGoldenMap.keySet()); Collections.sort(uniqueGolden); Collections.sort(uniqueGenerated); System.setOut(pathToReportFile); LOG.info("Unique to Golden Wadl:"); for (String s : uniqueGolden) { LOG.info("\t" + s); } LOG.info("\nUnique to Generated Wadl:"); for (String s : uniqueGenerated) { LOG.info("\t" + s); } System.setOut(STDOUT); } }
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WadlComparator { public static void main(String[] args) throws IOException { if (args.length < 3 || args[0].toLowerCase().equals("h") || args[0].equals("?")) { STDOUT.println("Usage:"); STDOUT.println("java WadlComparator pathToGoldenWadl pathToGenerateWadl pathToReportFile"); System.exit(1); } pathToGoldenWadl = args[0]; pathToGeneratedWadl = args[1]; pathToReportFile = new PrintStream(new File(args[2])); OutputStream goldenStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(goldenStream)); walkWadl(pathToGoldenWadl); List<String> golden = Arrays.asList(goldenStream.toString().split("\n")); goldenStream.close(); OutputStream generatedStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(generatedStream)); walkWadl(pathToGeneratedWadl); List<String> generated = Arrays.asList(generatedStream.toString().split("\n")); generatedStream.close(); Map<String, Boolean> uniqueGoldenMap = new HashMap<String, Boolean>(); for (String s : golden) { uniqueGoldenMap.put(s, true); } List<String> uniqueGenerated = new ArrayList<String>(); for (String s : generated) { if (uniqueGoldenMap.containsKey(s)) { uniqueGoldenMap.remove(s); } else { uniqueGenerated.add(s); } } List<String> uniqueGolden = new ArrayList<String>(uniqueGoldenMap.keySet()); Collections.sort(uniqueGolden); Collections.sort(uniqueGenerated); System.setOut(pathToReportFile); LOG.info("Unique to Golden Wadl:"); for (String s : uniqueGolden) { LOG.info("\t" + s); } LOG.info("\nUnique to Generated Wadl:"); for (String s : uniqueGenerated) { LOG.info("\t" + s); } System.setOut(STDOUT); } WadlComparator(); }
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WadlComparator { public static void main(String[] args) throws IOException { if (args.length < 3 || args[0].toLowerCase().equals("h") || args[0].equals("?")) { STDOUT.println("Usage:"); STDOUT.println("java WadlComparator pathToGoldenWadl pathToGenerateWadl pathToReportFile"); System.exit(1); } pathToGoldenWadl = args[0]; pathToGeneratedWadl = args[1]; pathToReportFile = new PrintStream(new File(args[2])); OutputStream goldenStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(goldenStream)); walkWadl(pathToGoldenWadl); List<String> golden = Arrays.asList(goldenStream.toString().split("\n")); goldenStream.close(); OutputStream generatedStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(generatedStream)); walkWadl(pathToGeneratedWadl); List<String> generated = Arrays.asList(generatedStream.toString().split("\n")); generatedStream.close(); Map<String, Boolean> uniqueGoldenMap = new HashMap<String, Boolean>(); for (String s : golden) { uniqueGoldenMap.put(s, true); } List<String> uniqueGenerated = new ArrayList<String>(); for (String s : generated) { if (uniqueGoldenMap.containsKey(s)) { uniqueGoldenMap.remove(s); } else { uniqueGenerated.add(s); } } List<String> uniqueGolden = new ArrayList<String>(uniqueGoldenMap.keySet()); Collections.sort(uniqueGolden); Collections.sort(uniqueGenerated); System.setOut(pathToReportFile); LOG.info("Unique to Golden Wadl:"); for (String s : uniqueGolden) { LOG.info("\t" + s); } LOG.info("\nUnique to Generated Wadl:"); for (String s : uniqueGenerated) { LOG.info("\t" + s); } System.setOut(STDOUT); } WadlComparator(); static void main(String[] args); }
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WadlComparator { public static void main(String[] args) throws IOException { if (args.length < 3 || args[0].toLowerCase().equals("h") || args[0].equals("?")) { STDOUT.println("Usage:"); STDOUT.println("java WadlComparator pathToGoldenWadl pathToGenerateWadl pathToReportFile"); System.exit(1); } pathToGoldenWadl = args[0]; pathToGeneratedWadl = args[1]; pathToReportFile = new PrintStream(new File(args[2])); OutputStream goldenStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(goldenStream)); walkWadl(pathToGoldenWadl); List<String> golden = Arrays.asList(goldenStream.toString().split("\n")); goldenStream.close(); OutputStream generatedStream = new ByteArrayOutputStream(); System.setOut(new PrintStream(generatedStream)); walkWadl(pathToGeneratedWadl); List<String> generated = Arrays.asList(generatedStream.toString().split("\n")); generatedStream.close(); Map<String, Boolean> uniqueGoldenMap = new HashMap<String, Boolean>(); for (String s : golden) { uniqueGoldenMap.put(s, true); } List<String> uniqueGenerated = new ArrayList<String>(); for (String s : generated) { if (uniqueGoldenMap.containsKey(s)) { uniqueGoldenMap.remove(s); } else { uniqueGenerated.add(s); } } List<String> uniqueGolden = new ArrayList<String>(uniqueGoldenMap.keySet()); Collections.sort(uniqueGolden); Collections.sort(uniqueGenerated); System.setOut(pathToReportFile); LOG.info("Unique to Golden Wadl:"); for (String s : uniqueGolden) { LOG.info("\t" + s); } LOG.info("\nUnique to Generated Wadl:"); for (String s : uniqueGenerated) { LOG.info("\t" + s); } System.setOut(STDOUT); } WadlComparator(); static void main(String[] args); }
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@Test public void testMain() { String inputFilename = "src/test/resources/scaffold_eapplication.wadl"; String outputFilename = "cleaned_domain_SLI.wadl"; String[] args = new String[]{inputFilename, outputFilename}; Wadl2Doc.main(args); File file = new File(outputFilename); assertTrue(file.exists()); file.delete(); }
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public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_FILENAME; try { final Map<String, String> prefixMappings = new HashMap<String, String>(); final Application app = WadlReader.readApplication(inputFilename); WadlWriter.writeDocument(app, prefixMappings, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } }
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Wadl2Doc { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_FILENAME; try { final Map<String, String> prefixMappings = new HashMap<String, String>(); final Application app = WadlReader.readApplication(inputFilename); WadlWriter.writeDocument(app, prefixMappings, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } }
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Wadl2Doc { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_FILENAME; try { final Map<String, String> prefixMappings = new HashMap<String, String>(); final Application app = WadlReader.readApplication(inputFilename); WadlWriter.writeDocument(app, prefixMappings, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } Wadl2Doc(); }
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Wadl2Doc { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_FILENAME; try { final Map<String, String> prefixMappings = new HashMap<String, String>(); final Application app = WadlReader.readApplication(inputFilename); WadlWriter.writeDocument(app, prefixMappings, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } Wadl2Doc(); static void main(final String[] args); }
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Wadl2Doc { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_FILENAME; try { final Map<String, String> prefixMappings = new HashMap<String, String>(); final Application app = WadlReader.readApplication(inputFilename); WadlWriter.writeDocument(app, prefixMappings, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } Wadl2Doc(); static void main(final String[] args); static final String DEFAULT_INPUT_FILENAME; static final String DEFAULT_OUTPUT_FILENAME; }
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@Test public void testLoadXsds() { Map<String, Resource> resources = xsdSelector.getXsdList(); assertNotNull(resources.get("AssessmentMetadata")); assertNotNull(resources.get("EducationOrganization")); assertNotNull(resources.get("EducationOrgCalendar")); assertNotNull(resources.get("MasterSchedule")); assertNotNull(resources.get("StaffAssociation")); assertNotNull(resources.get("StudentAssessment")); assertNotNull(resources.get("Attendance")); assertNotNull(resources.get("StudentCohort")); assertNotNull(resources.get("StudentDiscipline")); assertNotNull(resources.get("StudentEnrollment")); assertNotNull(resources.get("StudentGrades")); assertNotNull(resources.get("StudentParent")); assertNotNull(resources.get("StudentProgram")); assertNotNull(resources.get("StudentCohort")); assertTrue(resources.get("AssessmentMetadata").exists()); assertTrue(resources.get("EducationOrganization").exists()); assertTrue(resources.get("EducationOrgCalendar").exists()); assertTrue(resources.get("MasterSchedule").exists()); assertTrue(resources.get("StaffAssociation").exists()); assertTrue(resources.get("StudentAssessment").exists()); assertTrue(resources.get("Attendance").exists()); assertTrue(resources.get("StudentCohort").exists()); assertTrue(resources.get("StudentDiscipline").exists()); assertTrue(resources.get("StudentEnrollment").exists()); assertTrue(resources.get("StudentGrades").exists()); assertTrue(resources.get("StudentParent").exists()); assertTrue(resources.get("StudentProgram").exists()); assertTrue(resources.get("StudentCohort").exists()); }
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public Map<String, Resource> getXsdList() { return xsdList; }
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XsdSelector { public Map<String, Resource> getXsdList() { return xsdList; } }
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XsdSelector { public Map<String, Resource> getXsdList() { return xsdList; } }
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XsdSelector { public Map<String, Resource> getXsdList() { return xsdList; } Resource provideXsdResource(IngestionFileEntry xmlFile); Map<String, Resource> getXsdList(); void setXsdList(Map<String, Resource> xsdList); }
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XsdSelector { public Map<String, Resource> getXsdList() { return xsdList; } Resource provideXsdResource(IngestionFileEntry xmlFile); Map<String, Resource> getXsdList(); void setXsdList(Map<String, Resource> xsdList); }
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@Test public void testMain() { final StringBuffer stringBuffer = new StringBuffer(); PrintStream stdOut = System.out; PrintStream myOut = new PrintStream(new OutputStream() { @Override public void write(int b) throws IOException { stringBuffer.append((char) b); } }); System.setOut(myOut); WadlViewer.main(new String[]{"src/test/resources/domain_SLI.wadl"}); System.setOut(stdOut); assertFalse(stringBuffer.toString().equals("")); }
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public static void main(final String[] args) { String inputFilename = (args.length == 1) ? args[0] : DEFAULT_INPUT_FILENAME; try { final Application app = WadlReader.readApplication(inputFilename); final WadlWalker walker = new WadlWalker(new WadlViewerHandler()); walker.walk(app); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } }
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WadlViewer { public static void main(final String[] args) { String inputFilename = (args.length == 1) ? args[0] : DEFAULT_INPUT_FILENAME; try { final Application app = WadlReader.readApplication(inputFilename); final WadlWalker walker = new WadlWalker(new WadlViewerHandler()); walker.walk(app); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } }
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WadlViewer { public static void main(final String[] args) { String inputFilename = (args.length == 1) ? args[0] : DEFAULT_INPUT_FILENAME; try { final Application app = WadlReader.readApplication(inputFilename); final WadlWalker walker = new WadlWalker(new WadlViewerHandler()); walker.walk(app); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } WadlViewer(); }
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WadlViewer { public static void main(final String[] args) { String inputFilename = (args.length == 1) ? args[0] : DEFAULT_INPUT_FILENAME; try { final Application app = WadlReader.readApplication(inputFilename); final WadlWalker walker = new WadlWalker(new WadlViewerHandler()); walker.walk(app); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } WadlViewer(); static void main(final String[] args); }
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WadlViewer { public static void main(final String[] args) { String inputFilename = (args.length == 1) ? args[0] : DEFAULT_INPUT_FILENAME; try { final Application app = WadlReader.readApplication(inputFilename); final WadlWalker walker = new WadlWalker(new WadlViewerHandler()); walker.walk(app); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } WadlViewer(); static void main(final String[] args); static final String DEFAULT_INPUT_FILENAME; }
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@Test public void testDeclareTagDefinitions() throws Exception { Xsd2UmlPluginHost host = Mockito.mock(Xsd2UmlPluginHost.class); Mockito.when(host.ensureTagDefinitionId(Matchers.anyString())).thenReturn(Identifier.random()); List<TagDefinition> tagDefinitionList = pluginForSLI.declareTagDefinitions(host); Assert.assertNotNull(tagDefinitionList); Assert.assertEquals(18, tagDefinitionList.size()); }
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@Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { final List<TagDefinition> tagDefs = new LinkedList<TagDefinition>(); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_COLLECTION_NAME, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_NATURAL_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SELF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_PII, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_READ, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_WRITE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REST_RESOURCE, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SECURITY_SPHERE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATION_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_BEGIN_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_END_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); return Collections.unmodifiableList(tagDefs); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { final List<TagDefinition> tagDefs = new LinkedList<TagDefinition>(); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_COLLECTION_NAME, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_NATURAL_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SELF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_PII, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_READ, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_WRITE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REST_RESOURCE, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SECURITY_SPHERE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATION_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_BEGIN_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_END_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); return Collections.unmodifiableList(tagDefs); } }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { final List<TagDefinition> tagDefs = new LinkedList<TagDefinition>(); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_COLLECTION_NAME, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_NATURAL_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SELF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_PII, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_READ, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_WRITE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REST_RESOURCE, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SECURITY_SPHERE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATION_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_BEGIN_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_END_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); return Collections.unmodifiableList(tagDefs); } Xsd2UmlPluginForSLI(); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { final List<TagDefinition> tagDefs = new LinkedList<TagDefinition>(); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_COLLECTION_NAME, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_NATURAL_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SELF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_PII, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_READ, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_WRITE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REST_RESOURCE, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SECURITY_SPHERE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATION_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_BEGIN_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_END_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); return Collections.unmodifiableList(tagDefs); } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { final List<TagDefinition> tagDefs = new LinkedList<TagDefinition>(); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_COLLECTION_NAME, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_NATURAL_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SELF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_PII, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_READ, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ENFORCE_WRITE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REFERENCE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_REST_RESOURCE, Occurs.ZERO, Occurs.UNBOUNDED, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_SECURITY_SPHERE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATION_KEY, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_BEGIN_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_END_DATE, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); tagDefs.add(makeTagDefinition(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON, Occurs.ZERO, Occurs.ONE, host)); return Collections.unmodifiableList(tagDefs); } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testGetAssociationEndTypeName() throws Exception { ClassType classType = Mockito.mock(ClassType.class); Attribute attribute = Mockito.mock(Attribute.class); Xsd2UmlPluginHost host = Mockito.mock(Xsd2UmlPluginHost.class); TaggedValue taggedValue = Mockito.mock(TaggedValue.class); TagDefinition tagDefinition = Mockito.mock(TagDefinition.class); Identifier id = Identifier.random(); List<TaggedValue> taggedValueList = new ArrayList<TaggedValue>(); taggedValueList.add(taggedValue); Mockito.when(attribute.getTaggedValues()).thenReturn(taggedValueList); Mockito.when(taggedValue.getTagDefinition()).thenReturn(id); Mockito.when(host.getTagDefinition(Matchers.any(Identifier.class))).thenReturn(tagDefinition); Mockito.when(tagDefinition.getName()).thenReturn(SliUmlConstants.TAGDEF_REFERENCE); Mockito.when(taggedValue.getValue()).thenReturn("test"); String name = pluginForSLI.getAssociationEndTypeName(classType, attribute, host); Assert.assertNotNull(name); }
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@Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { String name = null; final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { name = nameFromSchemaTypeName(new QName(taggedValue.getValue())); break; } } return name; }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { String name = null; final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { name = nameFromSchemaTypeName(new QName(taggedValue.getValue())); break; } } return name; } }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { String name = null; final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { name = nameFromSchemaTypeName(new QName(taggedValue.getValue())); break; } } return name; } Xsd2UmlPluginForSLI(); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { String name = null; final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { name = nameFromSchemaTypeName(new QName(taggedValue.getValue())); break; } } return name; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { String name = null; final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { name = nameFromSchemaTypeName(new QName(taggedValue.getValue())); break; } } return name; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testIsAssociationEnd() throws Exception { ClassType classType = Mockito.mock(ClassType.class); Attribute attribute = Mockito.mock(Attribute.class); Xsd2UmlPluginHost host = Mockito.mock(Xsd2UmlPluginHost.class); TaggedValue taggedValue = Mockito.mock(TaggedValue.class); TagDefinition tagDefinition = Mockito.mock(TagDefinition.class); Identifier id = Identifier.random(); List<TaggedValue> taggedValueList = new ArrayList<TaggedValue>(); taggedValueList.add(taggedValue); Mockito.when(attribute.getTaggedValues()).thenReturn(taggedValueList); Mockito.when(taggedValue.getTagDefinition()).thenReturn(id); Mockito.when(host.getTagDefinition(Matchers.any(Identifier.class))).thenReturn(tagDefinition); Mockito.when(tagDefinition.getName()).thenReturn(SliUmlConstants.TAGDEF_REFERENCE); Mockito.when(taggedValue.getValue()).thenReturn("test"); Assert.assertTrue(pluginForSLI.isAssociationEnd(classType, attribute, host)); }
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@Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; } }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; } Xsd2UmlPluginForSLI(); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testIsAssociationEndFalse() throws Exception { ClassType classType = Mockito.mock(ClassType.class); Attribute attribute = Mockito.mock(Attribute.class); Xsd2UmlPluginHost host = Mockito.mock(Xsd2UmlPluginHost.class); TaggedValue taggedValue = Mockito.mock(TaggedValue.class); TagDefinition tagDefinition = Mockito.mock(TagDefinition.class); Identifier id = Identifier.random(); List<TaggedValue> taggedValueList = new ArrayList<TaggedValue>(); taggedValueList.add(taggedValue); Mockito.when(attribute.getTaggedValues()).thenReturn(taggedValueList); Mockito.when(taggedValue.getTagDefinition()).thenReturn(id); Mockito.when(host.getTagDefinition(Matchers.any(Identifier.class))).thenReturn(tagDefinition); Mockito.when(tagDefinition.getName()).thenReturn(SliUmlConstants.TAGDEF_REST_RESOURCE); Mockito.when(taggedValue.getValue()).thenReturn("test"); Assert.assertFalse(pluginForSLI.isAssociationEnd(classType, attribute, host)); }
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@Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; } }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; } Xsd2UmlPluginForSLI(); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = attribute.getTaggedValues(); for (final TaggedValue taggedValue : taggedValues) { final TagDefinition tagDefinition = host.getTagDefinition(taggedValue.getTagDefinition()); if (tagDefinition.getName().equals(SliUmlConstants.TAGDEF_REFERENCE)) { return true; } } return false; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameAssociation() throws Exception { AssociationEnd associationEnd = Mockito.mock(AssociationEnd.class); Xsd2UmlPluginHost host = Mockito.mock(Xsd2UmlPluginHost.class); Assert.assertTrue(pluginForSLI.nameAssociation(associationEnd, associationEnd, host.getPlugin()).isEmpty()); }
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@Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return ""; }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return ""; } }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return ""; } Xsd2UmlPluginForSLI(); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return ""; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return ""; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testTagsFromAppInfo() throws Exception { XmlSchemaAppInfo xmlSchemaAppInfo = Mockito.mock(XmlSchemaAppInfo.class); Xsd2UmlPluginHost host = Mockito.mock(Xsd2UmlPluginHost.class); NodeList nodeList = Mockito.mock(NodeList.class); Element node = Mockito.mock(Element.class); Mockito.when(host.ensureTagDefinitionId(Mockito.anyString())).thenReturn(Identifier.random()); Mockito.when(xmlSchemaAppInfo.getMarkup()).thenReturn(nodeList); Mockito.when(nodeList.item(Matchers.anyInt())).thenReturn(node); Mockito.when(nodeList.getLength()).thenReturn(1); Mockito.when(node.getNodeType()).thenReturn(Node.ELEMENT_NODE); Mockito.when(node.getNamespaceURI()).thenReturn(SliMongoConstants.NAMESPACE_SLI); Mockito.when(node.getLocalName()).thenReturn("CollectionType"); Mockito.when(node.getChildNodes()).thenReturn(nodeList); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("naturalKey"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("applyNaturalKeys"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("PersonallyIdentifiableInfo"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("ReferenceType"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("ReadEnforcement"); Mockito.when(node.getTextContent()).thenReturn("READ_RESTRICTED"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("SecuritySphere"); Mockito.when(node.getTextContent()).thenReturn("Public"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("RelaxedBlacklist"); Mockito.when(node.getTextContent()).thenReturn("true"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("RestrictedForLogging"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("WriteEnforcement"); Mockito.when(node.getTextContent()).thenReturn("WRITE_RESTRICTED"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); Mockito.when(node.getLocalName()).thenReturn("schemaVersion"); Assert.assertNotNull(pluginForSLI.tagsFromAppInfo(xmlSchemaAppInfo, host)); }
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@Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = new LinkedList<TaggedValue>(); final NodeList markup = appInfo.getMarkup(); for (int i = 0; i < markup.getLength(); i++) { final Node node = markup.item(i); if (Node.ELEMENT_NODE == node.getNodeType()) { final Element element = (Element) node; final String namespace = element.getNamespaceURI(); final String localName = element.getLocalName(); final QName name = new QName(namespace, localName); if (SliMongoConstants.SLI_COLLECTION_NAME.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_COLLECTION_NAME); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_NATURAL_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_NATURAL_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_APPLY_NATURAL_KEYS.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_SELF_REFERENCE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SELF_REFERENCE); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_REFERENCE_TYPE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_REFERENCE); final String refereceType = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(refereceType, tagDefinition)); } else if (SliMongoConstants.SLI_PII.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_PII); final Boolean isPII = Boolean.valueOf(XmlTools.collapseWhitespace(stringValue(element .getChildNodes()))); taggedValues.add(new TaggedValue(isPII.toString(), tagDefinition)); } else if (SliMongoConstants.SLI_READ_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_READ); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_SECURITY_SPHERE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SECURITY_SPHERE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("Public".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RELAXEDBLACKLIST.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RESTRICTED_FOR_LOGGING.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_WRITE_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_WRITE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATION_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATION_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_BEGIN_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_BEGIN_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_BEGIN_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_END_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_END_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_END_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_END_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } } } return taggedValues; }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = new LinkedList<TaggedValue>(); final NodeList markup = appInfo.getMarkup(); for (int i = 0; i < markup.getLength(); i++) { final Node node = markup.item(i); if (Node.ELEMENT_NODE == node.getNodeType()) { final Element element = (Element) node; final String namespace = element.getNamespaceURI(); final String localName = element.getLocalName(); final QName name = new QName(namespace, localName); if (SliMongoConstants.SLI_COLLECTION_NAME.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_COLLECTION_NAME); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_NATURAL_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_NATURAL_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_APPLY_NATURAL_KEYS.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_SELF_REFERENCE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SELF_REFERENCE); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_REFERENCE_TYPE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_REFERENCE); final String refereceType = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(refereceType, tagDefinition)); } else if (SliMongoConstants.SLI_PII.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_PII); final Boolean isPII = Boolean.valueOf(XmlTools.collapseWhitespace(stringValue(element .getChildNodes()))); taggedValues.add(new TaggedValue(isPII.toString(), tagDefinition)); } else if (SliMongoConstants.SLI_READ_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_READ); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_SECURITY_SPHERE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SECURITY_SPHERE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("Public".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RELAXEDBLACKLIST.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RESTRICTED_FOR_LOGGING.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_WRITE_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_WRITE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATION_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATION_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_BEGIN_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_BEGIN_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_BEGIN_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_END_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_END_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_END_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_END_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } } } return taggedValues; } }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = new LinkedList<TaggedValue>(); final NodeList markup = appInfo.getMarkup(); for (int i = 0; i < markup.getLength(); i++) { final Node node = markup.item(i); if (Node.ELEMENT_NODE == node.getNodeType()) { final Element element = (Element) node; final String namespace = element.getNamespaceURI(); final String localName = element.getLocalName(); final QName name = new QName(namespace, localName); if (SliMongoConstants.SLI_COLLECTION_NAME.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_COLLECTION_NAME); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_NATURAL_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_NATURAL_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_APPLY_NATURAL_KEYS.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_SELF_REFERENCE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SELF_REFERENCE); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_REFERENCE_TYPE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_REFERENCE); final String refereceType = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(refereceType, tagDefinition)); } else if (SliMongoConstants.SLI_PII.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_PII); final Boolean isPII = Boolean.valueOf(XmlTools.collapseWhitespace(stringValue(element .getChildNodes()))); taggedValues.add(new TaggedValue(isPII.toString(), tagDefinition)); } else if (SliMongoConstants.SLI_READ_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_READ); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_SECURITY_SPHERE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SECURITY_SPHERE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("Public".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RELAXEDBLACKLIST.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RESTRICTED_FOR_LOGGING.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_WRITE_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_WRITE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATION_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATION_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_BEGIN_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_BEGIN_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_BEGIN_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_END_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_END_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_END_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_END_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } } } return taggedValues; } Xsd2UmlPluginForSLI(); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = new LinkedList<TaggedValue>(); final NodeList markup = appInfo.getMarkup(); for (int i = 0; i < markup.getLength(); i++) { final Node node = markup.item(i); if (Node.ELEMENT_NODE == node.getNodeType()) { final Element element = (Element) node; final String namespace = element.getNamespaceURI(); final String localName = element.getLocalName(); final QName name = new QName(namespace, localName); if (SliMongoConstants.SLI_COLLECTION_NAME.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_COLLECTION_NAME); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_NATURAL_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_NATURAL_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_APPLY_NATURAL_KEYS.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_SELF_REFERENCE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SELF_REFERENCE); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_REFERENCE_TYPE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_REFERENCE); final String refereceType = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(refereceType, tagDefinition)); } else if (SliMongoConstants.SLI_PII.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_PII); final Boolean isPII = Boolean.valueOf(XmlTools.collapseWhitespace(stringValue(element .getChildNodes()))); taggedValues.add(new TaggedValue(isPII.toString(), tagDefinition)); } else if (SliMongoConstants.SLI_READ_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_READ); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_SECURITY_SPHERE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SECURITY_SPHERE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("Public".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RELAXEDBLACKLIST.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RESTRICTED_FOR_LOGGING.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_WRITE_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_WRITE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATION_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATION_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_BEGIN_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_BEGIN_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_BEGIN_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_END_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_END_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_END_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_END_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } } } return taggedValues; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForSLI extends Xsd2UmlPluginDefault { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { final List<TaggedValue> taggedValues = new LinkedList<TaggedValue>(); final NodeList markup = appInfo.getMarkup(); for (int i = 0; i < markup.getLength(); i++) { final Node node = markup.item(i); if (Node.ELEMENT_NODE == node.getNodeType()) { final Element element = (Element) node; final String namespace = element.getNamespaceURI(); final String localName = element.getLocalName(); final QName name = new QName(namespace, localName); if (SliMongoConstants.SLI_COLLECTION_NAME.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_COLLECTION_NAME); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATED_DATED_COLLECTION.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATED_DATED_COLLECTION); final String collectionName = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(collectionName, tagDefinition)); } else if (SliMongoConstants.SLI_NATURAL_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_NATURAL_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_APPLY_NATURAL_KEYS.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_APPLY_NATURAL_KEYS); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_SELF_REFERENCE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SELF_REFERENCE); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_REFERENCE_TYPE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_REFERENCE); final String refereceType = nameFromSchemaTypeName(new QName( XmlTools.collapseWhitespace(stringValue(element.getChildNodes())))); taggedValues.add(new TaggedValue(refereceType, tagDefinition)); } else if (SliMongoConstants.SLI_PII.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_PII); final Boolean isPII = Boolean.valueOf(XmlTools.collapseWhitespace(stringValue(element .getChildNodes()))); taggedValues.add(new TaggedValue(isPII.toString(), tagDefinition)); } else if (SliMongoConstants.SLI_READ_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_READ); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_SECURITY_SPHERE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_SECURITY_SPHERE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("Public".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RELAXEDBLACKLIST.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RELAXED_BLACKLIST); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_RESTRICTED_FOR_LOGGING.equals(name)) { final Identifier tagDefinition = host .ensureTagDefinitionId(SliUmlConstants.TAGDEF_RESTRICTED_FOR_LOGGING); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); if ("true".equals(text)) { taggedValues.add(new TaggedValue(text, tagDefinition)); } else { throw new AssertionError("Unexpected value for appinfo: " + name + " => " + text); } } else if (SliMongoConstants.SLI_WRITE_ENFORCEMENT.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ENFORCE_WRITE); final String text = XmlTools.collapseWhitespace(stringValue(element.getChildNodes())); taggedValues.add(new TaggedValue(text, tagDefinition)); } else if (SliMongoConstants.SLI_ASSOCIATION_KEY.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_ASSOCIATION_KEY); taggedValues.add(new TaggedValue("true", tagDefinition)); } else if (SliMongoConstants.SLI_BEGIN_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_BEGIN_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_BEGIN_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_END_DATE.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_END_DATE); taggedValues.add(new TaggedValue(SliUmlConstants.TAGDEF_END_DATE, tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_BEGIN_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_BEGIN_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } else if (SliMongoConstants.SLI_FILTER_END_DATE_ON.equals(name)) { final Identifier tagDefinition = host.ensureTagDefinitionId(SliUmlConstants.TAGDEF_FILTER_END_DATE_ON); taggedValues.add(new TaggedValue(stringValue(element.getChildNodes()), tagDefinition)); } } } return taggedValues; } Xsd2UmlPluginForSLI(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override /** * The most reliable way to determine whether the attribute should be an association is to look for the tag that indicates * that the attribute should be treated as a reference. If there is no tag then we look for clues in the name of the attribute. */ boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testDeclareTagDefinitions() throws Exception { Assert.assertEquals(Collections.emptyList(), generic.declareTagDefinitions(host)); }
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@Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test(expected = UnsupportedOperationException.class) public void testGetAssociationEndTypeName() throws Exception { generic.getAssociationEndTypeName(classType, attribute, host); }
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@Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test(expected = UnsupportedOperationException.class) public void testIsAssociationEnd() throws Exception { generic.isAssociationEnd(classType, attribute, host); }
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@Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testValidXmlFile() { final String xmlFileName = "SLI-InterchangeSchool.xml"; final String parentDir = "dummylz"; final String checksum = "e1e10"; final String expectedXsdResource = "SLI-Interchange-EducationOrganization.xsd"; IngestionFileEntry xmlFile = new IngestionFileEntry(parentDir, FileFormat.EDFI_XML, FileType.XML_EDUCATION_ORGANIZATION, xmlFileName, checksum); Resource xsdResource = xsdSelector.provideXsdResource(xmlFile); assertEquals("XSD resource mismatch", expectedXsdResource, xsdResource.getFilename()); }
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public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; }
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XsdSelector { public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; } }
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XsdSelector { public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; } }
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XsdSelector { public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; } Resource provideXsdResource(IngestionFileEntry xmlFile); Map<String, Resource> getXsdList(); void setXsdList(Map<String, Resource> xsdList); }
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XsdSelector { public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; } Resource provideXsdResource(IngestionFileEntry xmlFile); Map<String, Resource> getXsdList(); void setXsdList(Map<String, Resource> xsdList); }
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@Test public void zipFilesInDirectory() throws IOException { File directory = new File("target"); File testFile = new File(directory, "test.xml"); try { testFile.createNewFile(); } catch (IOException e) { Assert.fail("Unable to set up test preconditions."); } Assert.assertTrue("zip operation should succeed", FileUtils.zipIngestionData("target") != null); File zip = new File(directory, FileUtils.ZIP_FILE_NAME); Assert.assertTrue("zip file should exist", zip.exists()); }
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public static final File zipIngestionData(String localDataDir) throws IOException { final class OnlyIngestionFiles implements FilenameFilter { public boolean accept(File file, String name) { return (name.endsWith(".xml") || name.endsWith(".ctl")); } } File pathDir = new File(localDataDir); File output = new File(pathDir, ZIP_FILE_NAME); if (output.exists()) { output.delete(); } File zipFile = new File(pathDir, ZIP_FILE_NAME); FileOutputStream dest = null; try { dest = new FileOutputStream(zipFile); ZipOutputStream out = null; try { out = new ZipOutputStream(new BufferedOutputStream(dest)); byte data[] = new byte[BUFFER]; String files[] = pathDir.list(new OnlyIngestionFiles()); BufferedInputStream origin = null; for (String basename : files) { File filename = new File(pathDir, basename); FileInputStream fi = null; try { fi = new FileInputStream(filename); try { origin = new BufferedInputStream(fi, BUFFER); ZipEntry entry = new ZipEntry(basename); out.putNextEntry(entry); int count; while ((count = origin.read(data, 0, BUFFER)) != -1) { out.write(data, 0, count); } } finally { if (null != origin) { origin.close(); } } } finally { if (null != fi) { fi.close(); } } } } finally { if (null != out) { out.close(); } } } finally { if (null != dest) { dest.close(); } } return zipFile; }
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FileUtils { public static final File zipIngestionData(String localDataDir) throws IOException { final class OnlyIngestionFiles implements FilenameFilter { public boolean accept(File file, String name) { return (name.endsWith(".xml") || name.endsWith(".ctl")); } } File pathDir = new File(localDataDir); File output = new File(pathDir, ZIP_FILE_NAME); if (output.exists()) { output.delete(); } File zipFile = new File(pathDir, ZIP_FILE_NAME); FileOutputStream dest = null; try { dest = new FileOutputStream(zipFile); ZipOutputStream out = null; try { out = new ZipOutputStream(new BufferedOutputStream(dest)); byte data[] = new byte[BUFFER]; String files[] = pathDir.list(new OnlyIngestionFiles()); BufferedInputStream origin = null; for (String basename : files) { File filename = new File(pathDir, basename); FileInputStream fi = null; try { fi = new FileInputStream(filename); try { origin = new BufferedInputStream(fi, BUFFER); ZipEntry entry = new ZipEntry(basename); out.putNextEntry(entry); int count; while ((count = origin.read(data, 0, BUFFER)) != -1) { out.write(data, 0, count); } } finally { if (null != origin) { origin.close(); } } } finally { if (null != fi) { fi.close(); } } } } finally { if (null != out) { out.close(); } } } finally { if (null != dest) { dest.close(); } } return zipFile; } }
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FileUtils { public static final File zipIngestionData(String localDataDir) throws IOException { final class OnlyIngestionFiles implements FilenameFilter { public boolean accept(File file, String name) { return (name.endsWith(".xml") || name.endsWith(".ctl")); } } File pathDir = new File(localDataDir); File output = new File(pathDir, ZIP_FILE_NAME); if (output.exists()) { output.delete(); } File zipFile = new File(pathDir, ZIP_FILE_NAME); FileOutputStream dest = null; try { dest = new FileOutputStream(zipFile); ZipOutputStream out = null; try { out = new ZipOutputStream(new BufferedOutputStream(dest)); byte data[] = new byte[BUFFER]; String files[] = pathDir.list(new OnlyIngestionFiles()); BufferedInputStream origin = null; for (String basename : files) { File filename = new File(pathDir, basename); FileInputStream fi = null; try { fi = new FileInputStream(filename); try { origin = new BufferedInputStream(fi, BUFFER); ZipEntry entry = new ZipEntry(basename); out.putNextEntry(entry); int count; while ((count = origin.read(data, 0, BUFFER)) != -1) { out.write(data, 0, count); } } finally { if (null != origin) { origin.close(); } } } finally { if (null != fi) { fi.close(); } } } } finally { if (null != out) { out.close(); } } } finally { if (null != dest) { dest.close(); } } return zipFile; } }
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FileUtils { public static final File zipIngestionData(String localDataDir) throws IOException { final class OnlyIngestionFiles implements FilenameFilter { public boolean accept(File file, String name) { return (name.endsWith(".xml") || name.endsWith(".ctl")); } } File pathDir = new File(localDataDir); File output = new File(pathDir, ZIP_FILE_NAME); if (output.exists()) { output.delete(); } File zipFile = new File(pathDir, ZIP_FILE_NAME); FileOutputStream dest = null; try { dest = new FileOutputStream(zipFile); ZipOutputStream out = null; try { out = new ZipOutputStream(new BufferedOutputStream(dest)); byte data[] = new byte[BUFFER]; String files[] = pathDir.list(new OnlyIngestionFiles()); BufferedInputStream origin = null; for (String basename : files) { File filename = new File(pathDir, basename); FileInputStream fi = null; try { fi = new FileInputStream(filename); try { origin = new BufferedInputStream(fi, BUFFER); ZipEntry entry = new ZipEntry(basename); out.putNextEntry(entry); int count; while ((count = origin.read(data, 0, BUFFER)) != -1) { out.write(data, 0, count); } } finally { if (null != origin) { origin.close(); } } } finally { if (null != fi) { fi.close(); } } } } finally { if (null != out) { out.close(); } } } finally { if (null != dest) { dest.close(); } } return zipFile; } static final File zipIngestionData(String localDataDir); }
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FileUtils { public static final File zipIngestionData(String localDataDir) throws IOException { final class OnlyIngestionFiles implements FilenameFilter { public boolean accept(File file, String name) { return (name.endsWith(".xml") || name.endsWith(".ctl")); } } File pathDir = new File(localDataDir); File output = new File(pathDir, ZIP_FILE_NAME); if (output.exists()) { output.delete(); } File zipFile = new File(pathDir, ZIP_FILE_NAME); FileOutputStream dest = null; try { dest = new FileOutputStream(zipFile); ZipOutputStream out = null; try { out = new ZipOutputStream(new BufferedOutputStream(dest)); byte data[] = new byte[BUFFER]; String files[] = pathDir.list(new OnlyIngestionFiles()); BufferedInputStream origin = null; for (String basename : files) { File filename = new File(pathDir, basename); FileInputStream fi = null; try { fi = new FileInputStream(filename); try { origin = new BufferedInputStream(fi, BUFFER); ZipEntry entry = new ZipEntry(basename); out.putNextEntry(entry); int count; while ((count = origin.read(data, 0, BUFFER)) != -1) { out.write(data, 0, count); } } finally { if (null != origin) { origin.close(); } } } finally { if (null != fi) { fi.close(); } } } } finally { if (null != out) { out.close(); } } } finally { if (null != dest) { dest.close(); } } return zipFile; } static final File zipIngestionData(String localDataDir); static final String ZIP_FILE_NAME; }
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@Test(expected = UnsupportedOperationException.class) public void testNameAssociation() throws Exception { AssociationEnd end = Mockito.mock(AssociationEnd.class); generic.nameAssociation(end, end, generic); }
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@Override public String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host) { throw new UnsupportedOperationException(); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host) { throw new UnsupportedOperationException(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host) { throw new UnsupportedOperationException(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test(expected = UnsupportedOperationException.class) public void testTagsFromAppInfo() throws Exception { XmlSchemaAppInfo appInfo = Mockito.mock(XmlSchemaAppInfo.class); generic.tagsFromAppInfo(appInfo, host); }
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@Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginGeneric extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(AssociationEnd lhs, AssociationEnd rhs, Xsd2UmlHostedPlugin host); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameFromComplexTypeExtension() throws Exception { String extension = defaultPlugin.nameFromComplexTypeExtension(complexType, name); Assert.assertEquals("complexType extends name", extension); }
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@Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test(expected = IllegalArgumentException.class) public void testValidateComplexType() throws Exception { defaultPlugin.nameFromComplexTypeExtension(null, name); }
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@Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test(expected = IllegalArgumentException.class) public void testValidateBaseType() throws Exception { defaultPlugin.nameFromComplexTypeExtension(name, null); }
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@Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromComplexTypeExtension(final QName complexType, final QName base) { if (complexType == null) { throw new IllegalArgumentException("complexType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test public void testNameFromSchemaAttributeName() throws Exception { Assert.assertEquals("name", defaultPlugin.nameFromSchemaAttributeName(name)); }
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@Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test(expected = IllegalArgumentException.class) public void testValidNameFromSchemaAttributeName() throws Exception { defaultPlugin.nameFromSchemaAttributeName(null); }
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@Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test public void testNameFromSchemaElementName() throws Exception { Assert.assertEquals("name", defaultPlugin.nameFromSchemaElementName(name)); }
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@Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test(expected = IllegalArgumentException.class) public void testValidNameFromSchemaElementName() throws Exception { defaultPlugin.nameFromSchemaElementName(null); }
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@Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test public void testNameFromSchemaTypeName() throws Exception { Assert.assertEquals("name", defaultPlugin.nameFromSchemaTypeName(name)); }
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@Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test public void testInvalidXmlFile() { final String xmlFileName = "SLI-InterchangeSchool.xml"; final String parentDir = "dummylz"; final String checksum = "e1e10"; IngestionFileEntry xmlFile = new IngestionFileEntry(parentDir, FileFormat.EDFI_XML, FileType.CONTROL, xmlFileName, checksum); Resource xsdResource = xsdSelector.provideXsdResource(xmlFile); assertNull("XSD resource should be null", xsdResource); }
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public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; }
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XsdSelector { public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; } }
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XsdSelector { public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; } }
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XsdSelector { public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; } Resource provideXsdResource(IngestionFileEntry xmlFile); Map<String, Resource> getXsdList(); void setXsdList(Map<String, Resource> xsdList); }
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XsdSelector { public Resource provideXsdResource(IngestionFileEntry xmlFile) { Resource xsdResource = xsdList.get(xmlFile.getFileType().getName()); return xsdResource; } Resource provideXsdResource(IngestionFileEntry xmlFile); Map<String, Resource> getXsdList(); void setXsdList(Map<String, Resource> xsdList); }
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@Test(expected = IllegalArgumentException.class) public void testValidNameFromSchemaTypeName() throws Exception { defaultPlugin.nameFromSchemaTypeName(null); }
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@Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { if (name == null) { throw new IllegalArgumentException("name"); } return name.getLocalPart(); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test public void testNameFromSimpleTypeRestriction() throws Exception { String restriction = defaultPlugin.nameFromSimpleTypeRestriction(complexType, name); Assert.assertEquals("complexType restricts name", restriction); }
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@Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test(expected = IllegalArgumentException.class) public void testValidNameFromSimpleTypeRestriction() throws Exception { defaultPlugin.nameFromSimpleTypeRestriction(null, name); }
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@Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test(expected = IllegalArgumentException.class) public void testvalidNameFromBaseTypeRestriction() throws Exception { defaultPlugin.nameFromSimpleTypeRestriction(name, null); }
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@Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { if (simpleType == null) { throw new IllegalArgumentException("simpleType"); } if (base == null) { throw new IllegalArgumentException("base"); } return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } @Override final String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaTypeName(final QName name); @Override final String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); }
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@Test public void test() { final QName nameQName = new QName("NAMESPACE_URI", "name", "PREFIX"); XmlSchemaSimpleType xmlSchemaSimpleType = Mockito.mock(XmlSchemaSimpleType.class); Mockito.when(xmlSchemaSimpleType.getQName()).thenReturn(nameQName); XmlSchemaElement xmlSchemaElement = Mockito.mock(XmlSchemaElement.class); Mockito.when(xmlSchemaElement.getQName()).thenReturn(nameQName); Mockito.when(xmlSchemaElement.getSchemaType()).thenReturn(xmlSchemaSimpleType); XmlSchemaComplexContentExtension xmlSchemaComplexContentExtension = Mockito.mock(XmlSchemaComplexContentExtension.class); Mockito.when(xmlSchemaComplexContentExtension.getParticle()).thenReturn(xmlSchemaElement); Mockito.when(xmlSchemaComplexContentExtension.getBaseTypeName()).thenReturn(nameQName); NamespacePrefixList namespacePrefixList = Mockito.mock(NamespacePrefixList.class); Mockito.when(namespacePrefixList.getPrefix(Matchers.any(String.class))).thenReturn("PREFIX"); Mockito.when(namespacePrefixList.getNamespaceURI(Matchers.any(String.class))).thenReturn("NAMESPACE_URI"); XmlSchema xmlSchema = new XmlSchema(); xmlSchema.setNamespaceContext(namespacePrefixList); XmlSchemaContentModel xmlSchemaContentModel = Mockito.mock(XmlSchemaContentModel.class); Mockito.when(xmlSchemaContentModel.getContent()).thenReturn(xmlSchemaComplexContentExtension); Node node = Mockito.mock(Node.class); Mockito.when(node.getTextContent()).thenReturn("textContent"); NodeList nodeList = Mockito.mock(NodeList.class); Mockito.when(nodeList.getLength()).thenReturn(1); Mockito.when(nodeList.item(Matchers.anyInt())).thenReturn(node); XmlSchemaDocumentation xmlSchemaDocumentation = new XmlSchemaDocumentation(); xmlSchemaDocumentation.setMarkup(nodeList); XmlSchemaObjectCollection children = new XmlSchemaObjectCollection(); children.add(xmlSchemaDocumentation); XmlSchemaAnnotation xmlSchemaAnnotation = Mockito.mock(XmlSchemaAnnotation.class); Mockito.when(xmlSchemaAnnotation.getItems()).thenReturn(children); XmlSchemaSimpleTypeRestriction xmlSchemaSimpleTypeRestriction = Mockito.mock(XmlSchemaSimpleTypeRestriction.class); Mockito.when(xmlSchemaSimpleTypeRestriction.getBaseTypeName()).thenReturn(nameQName); XmlSchemaSimpleType xmlSchemaSimpleType2 = Mockito.mock(XmlSchemaSimpleType.class); Mockito.when(xmlSchemaSimpleType2.getContent()).thenReturn(xmlSchemaSimpleTypeRestriction); XmlSchemaAttribute xmlSchemaAttribute = Mockito.mock(XmlSchemaAttribute.class); Mockito.when(xmlSchemaAttribute.getQName()).thenReturn(nameQName); Mockito.when(xmlSchemaAttribute.getSchemaType()).thenReturn(xmlSchemaSimpleType2); XmlSchemaObjectCollection xmlSchemaAttributes = new XmlSchemaObjectCollection(); xmlSchemaAttributes.add(xmlSchemaAttribute); XmlSchemaComplexType xmlso1 = Mockito.mock(XmlSchemaComplexType.class); Mockito.when(xmlso1.getQName()).thenReturn(nameQName); Mockito.when(xmlso1.getContentModel()).thenReturn(xmlSchemaContentModel); Mockito.when(xmlso1.getAttributes()).thenReturn(xmlSchemaAttributes); Mockito.when(xmlso1.getAnnotation()).thenReturn(xmlSchemaAnnotation); XmlSchemaEnumerationFacet xmlSchemaEnumerationFacet = Mockito.mock(XmlSchemaEnumerationFacet.class); XmlSchemaMinLengthFacet xmlSchemaMinLengthFacet = Mockito.mock(XmlSchemaMinLengthFacet.class); XmlSchemaMaxLengthFacet xmlSchemaMaxLengthFacet = Mockito.mock(XmlSchemaMaxLengthFacet.class); XmlSchemaPatternFacet xmlSchemaPatternFacet = Mockito.mock(XmlSchemaPatternFacet.class); XmlSchemaMinInclusiveFacet xmlSchemaMinInclusiveFacet = Mockito.mock(XmlSchemaMinInclusiveFacet.class); XmlSchemaMaxInclusiveFacet xmlSchemaMaxInclusiveFacet = Mockito.mock(XmlSchemaMaxInclusiveFacet.class); XmlSchemaFractionDigitsFacet xmlSchemaFractionDigitsFacet = Mockito.mock(XmlSchemaFractionDigitsFacet.class); Mockito.when(xmlSchemaEnumerationFacet.getValue()).thenReturn("xmlSchemaEnumerationFacet"); Mockito.when(xmlSchemaMinLengthFacet.getValue()).thenReturn("xmlSchemaMinLengthFacet"); Mockito.when(xmlSchemaMaxLengthFacet.getValue()).thenReturn("xmlSchemaMaxLengthFacet"); Mockito.when(xmlSchemaPatternFacet.getValue()).thenReturn("xmlSchemaPatternFacet"); Mockito.when(xmlSchemaMinInclusiveFacet.getValue()).thenReturn("xmlSchemaMinInclusiveFacet"); Mockito.when(xmlSchemaMaxInclusiveFacet.getValue()).thenReturn("xmlSchemaMaxInclusiveFacet"); Mockito.when(xmlSchemaFractionDigitsFacet.getValue()).thenReturn("xmlSchemaFractionDigitsFacet"); XmlSchemaObjectCollection facets = new XmlSchemaObjectCollection(); facets.add(xmlSchemaEnumerationFacet); facets.add(xmlSchemaMinLengthFacet); facets.add(xmlSchemaMaxLengthFacet); facets.add(xmlSchemaPatternFacet); facets.add(xmlSchemaMinInclusiveFacet); facets.add(xmlSchemaMaxInclusiveFacet); facets.add(xmlSchemaFractionDigitsFacet); XmlSchemaSimpleTypeRestriction xmlSchemaSimpleTypeRestriction2 = Mockito.mock(XmlSchemaSimpleTypeRestriction.class); Mockito.when(xmlSchemaSimpleTypeRestriction2.getBaseTypeName()).thenReturn(nameQName); Mockito.when(xmlSchemaSimpleTypeRestriction2.getFacets()).thenReturn(facets); XmlSchemaSimpleType xmlso2 = Mockito.mock(XmlSchemaSimpleType.class); Mockito.when(xmlso2.getQName()).thenReturn(nameQName); Mockito.when(xmlso2.getContent()).thenReturn(xmlSchemaSimpleTypeRestriction2); final XmlSchemaObjectCollection xmlSchemaObjectCollection = new XmlSchemaObjectCollection(); xmlSchemaObjectCollection.add(xmlso1); xmlSchemaObjectCollection.add(xmlso2); final String name = "foo"; final XmlSchema schema = Mockito.mock(XmlSchema.class); final Xsd2UmlHostedPlugin plugin = Mockito.mock(Xsd2UmlHostedPlugin.class); Mockito.when(schema.getItems()).thenReturn(xmlSchemaObjectCollection); Mockito.when(plugin.nameFromSchemaTypeName(Matchers.any(QName.class))).thenReturn("name"); Mockito.when(plugin.nameFromSchemaElementName(Matchers.any(QName.class))).thenReturn("name"); Mockito.when(plugin.nameFromComplexTypeExtension(Matchers.any(QName.class), Matchers.any(QName.class))).thenReturn("name"); Mockito.when(plugin.nameFromSchemaAttributeName(Matchers.any(QName.class))).thenReturn("name"); Mockito.when(plugin.nameFromSimpleTypeRestriction(Matchers.any(QName.class), Matchers.any(QName.class))).thenReturn("name"); Assert.assertNotNull(Xsd2UmlConvert.extract(name, schema, plugin)); }
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public static final Model extract(final String name, final XmlSchema schema, final Xsd2UmlHostedPlugin plugin) { return extractModel(name, 0, schema, plugin); }
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Xsd2UmlConvert { public static final Model extract(final String name, final XmlSchema schema, final Xsd2UmlHostedPlugin plugin) { return extractModel(name, 0, schema, plugin); } }
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Xsd2UmlConvert { public static final Model extract(final String name, final XmlSchema schema, final Xsd2UmlHostedPlugin plugin) { return extractModel(name, 0, schema, plugin); } Xsd2UmlConvert(); }
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Xsd2UmlConvert { public static final Model extract(final String name, final XmlSchema schema, final Xsd2UmlHostedPlugin plugin) { return extractModel(name, 0, schema, plugin); } Xsd2UmlConvert(); static final Model extract(final String name, final XmlSchema schema, final Xsd2UmlHostedPlugin plugin); }
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Xsd2UmlConvert { public static final Model extract(final String name, final XmlSchema schema, final Xsd2UmlHostedPlugin plugin) { return extractModel(name, 0, schema, plugin); } Xsd2UmlConvert(); static final Model extract(final String name, final XmlSchema schema, final Xsd2UmlHostedPlugin plugin); }
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@Test(expected = UnsupportedOperationException.class) public void testVisitAssociationEnd() throws Exception { visitor.visit(Mockito.mock(AssociationEnd.class)); }
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@Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test(expected = UnsupportedOperationException.class) public void testVisitAttribute() throws Exception { visitor.visit(Mockito.mock(Attribute.class)); }
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@Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test(expected = AssertionError.class) public void testVisitClassTypeAssertion() throws Exception { ClassType classType = Mockito.mock(ClassType.class); Mockito.when(classType.isClassType()).thenReturn(true); Mockito.when(classType.isAssociation()).thenReturn(true); visitor.visit(classType); }
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@Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test(expected = AssertionError.class) public void testVisitAssocTypeAssertion() throws Exception { ClassType classType = Mockito.mock(ClassType.class); Mockito.when(classType.isClassType()).thenReturn(false); Mockito.when(classType.isAssociation()).thenReturn(false); visitor.visit(classType); }
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@Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test(expected = UnsupportedOperationException.class) public void testVisitEnumLiteral() throws Exception { visitor.visit(Mockito.mock(EnumLiteral.class)); }
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@Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test public void zipFileHasPath() throws FileNotFoundException { AbstractMessageReport report = new DummyMessageReport(); ReportStats reportStats = new SimpleReportStats(); Source source = new JobSource(null); file = IngestionTest.getFile("zip/ZipWithPath.zip"); boolean isValid = zipFileValidator.isValid(file, report, reportStats, source, null); Assert.assertFalse(isValid); }
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@Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } @Override boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters); @Override String getStageName(); }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } @Override boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters); @Override String getStageName(); }
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@Test(expected = UnsupportedOperationException.class) public void testVisitMultiplicity() throws Exception { visitor.visit(Mockito.mock(Multiplicity.class)); }
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@Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test(expected = UnsupportedOperationException.class) public void testVisitRange() throws Exception { visitor.visit(Mockito.mock(Range.class)); }
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@Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test(expected = UnsupportedOperationException.class) public void testVisitTaggedValue() throws Exception { visitor.visit(Mockito.mock(TaggedValue.class)); }
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@Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { @Override public void visit(final AssociationEnd associationEnd) { throw new UnsupportedOperationException(); } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test public void testTransform() throws Exception { Method method = visitor.getClass().getDeclaredMethod("transform", ClassType.class, ModelIndex.class); method.setAccessible(true); ClassType classType = Mockito.mock(ClassType.class); ModelIndex modelIndex = Mockito.mock(ModelIndex.class); AssociationEnd lhs = Mockito.mock(AssociationEnd.class); AssociationEnd rhs = Mockito.mock(AssociationEnd.class); Multiplicity multiplicity = Mockito.mock(Multiplicity.class); TagDefinition tagDefinition = Mockito.mock(TagDefinition.class); Range range = Mockito.mock(Range.class); List<AssociationEnd> ends = new ArrayList<AssociationEnd>(); ends.add(lhs); ends.add(rhs); Mockito.when(modelIndex.getAssociationEnds(Matchers.any(Identifier.class))).thenReturn(ends); Mockito.when(modelIndex.getTagDefinition(Matchers.any(Identifier.class))).thenReturn(tagDefinition); Mockito.when(lhs.getMultiplicity()).thenReturn(multiplicity); Mockito.when(rhs.getMultiplicity()).thenReturn(multiplicity); TaggedValue taggedValue = Mockito.mock(TaggedValue.class); List<TaggedValue> taggedValueList = new ArrayList<TaggedValue>(); taggedValueList.add(taggedValue); Mockito.when(lhs.getTaggedValues()).thenReturn(taggedValueList); Mockito.when(rhs.getTaggedValues()).thenReturn(taggedValueList); Mockito.when(multiplicity.getRange()).thenReturn(range); Mockito.when(range.getLower()).thenReturn(Occurs.ONE); Mockito.when(range.getUpper()).thenReturn(Occurs.ONE); Mockito.when(tagDefinition.getName()).thenReturn(SliUmlConstants.TAGDEF_NATURAL_KEY); Mockito.when(taggedValue.getValue()).thenReturn("true"); Mockito.when(lhs.getName()).thenReturn("lhsTest"); Mockito.when(rhs.getName()).thenReturn("rhsTest"); Mockito.when(lhs.getType()).thenReturn(Identifier.random()); Mockito.when(rhs.getType()).thenReturn(Identifier.random()); Mockito.when(lhs.getAssociatedAttributeName()).thenReturn("attribute"); Mockito.when(rhs.getAssociatedAttributeName()).thenReturn("attribute"); Mockito.when(classType.getName()).thenReturn("Association"); Mockito.when(classType.getId()).thenReturn(Identifier.random()); method.invoke(visitor, classType, modelIndex); }
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private static final ClassType transform(final ClassType classType, final ModelIndex model) { if (classType == null) { throw new IllegalArgumentException(); } final List<AssociationEnd> ends = model.getAssociationEnds(classType.getId()); final List<AssociationEnd> singletonEnds = new ArrayList<AssociationEnd>(2); for (final AssociationEnd end : ends) { if (isExactlyOne(end, model)) { singletonEnds.add(end); } } if (singletonEnds.size() == 2) { if (classType.getName().endsWith("Association")) { final AssociationEnd lhsAssociationEnd = singletonEnds.get(0); final AssociationEnd rhsAssociationEnd = singletonEnds.get(1); final AssociationEnd lhsEnd = compute(lhsAssociationEnd); final AssociationEnd rhsEnd = compute(rhsAssociationEnd); return new ClassType(classType.getId(), classType.getName(), classType.isAbstract(), classType.getAttributes(), lhsEnd, rhsEnd, classType.getTaggedValues()); } else { return classType; } } else { return classType; } }
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Xsd2UmlTweakerVisitor implements Visitor { private static final ClassType transform(final ClassType classType, final ModelIndex model) { if (classType == null) { throw new IllegalArgumentException(); } final List<AssociationEnd> ends = model.getAssociationEnds(classType.getId()); final List<AssociationEnd> singletonEnds = new ArrayList<AssociationEnd>(2); for (final AssociationEnd end : ends) { if (isExactlyOne(end, model)) { singletonEnds.add(end); } } if (singletonEnds.size() == 2) { if (classType.getName().endsWith("Association")) { final AssociationEnd lhsAssociationEnd = singletonEnds.get(0); final AssociationEnd rhsAssociationEnd = singletonEnds.get(1); final AssociationEnd lhsEnd = compute(lhsAssociationEnd); final AssociationEnd rhsEnd = compute(rhsAssociationEnd); return new ClassType(classType.getId(), classType.getName(), classType.isAbstract(), classType.getAttributes(), lhsEnd, rhsEnd, classType.getTaggedValues()); } else { return classType; } } else { return classType; } } }
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Xsd2UmlTweakerVisitor implements Visitor { private static final ClassType transform(final ClassType classType, final ModelIndex model) { if (classType == null) { throw new IllegalArgumentException(); } final List<AssociationEnd> ends = model.getAssociationEnds(classType.getId()); final List<AssociationEnd> singletonEnds = new ArrayList<AssociationEnd>(2); for (final AssociationEnd end : ends) { if (isExactlyOne(end, model)) { singletonEnds.add(end); } } if (singletonEnds.size() == 2) { if (classType.getName().endsWith("Association")) { final AssociationEnd lhsAssociationEnd = singletonEnds.get(0); final AssociationEnd rhsAssociationEnd = singletonEnds.get(1); final AssociationEnd lhsEnd = compute(lhsAssociationEnd); final AssociationEnd rhsEnd = compute(rhsAssociationEnd); return new ClassType(classType.getId(), classType.getName(), classType.isAbstract(), classType.getAttributes(), lhsEnd, rhsEnd, classType.getTaggedValues()); } else { return classType; } } else { return classType; } } Xsd2UmlTweakerVisitor(final ModelIndex model); }
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Xsd2UmlTweakerVisitor implements Visitor { private static final ClassType transform(final ClassType classType, final ModelIndex model) { if (classType == null) { throw new IllegalArgumentException(); } final List<AssociationEnd> ends = model.getAssociationEnds(classType.getId()); final List<AssociationEnd> singletonEnds = new ArrayList<AssociationEnd>(2); for (final AssociationEnd end : ends) { if (isExactlyOne(end, model)) { singletonEnds.add(end); } } if (singletonEnds.size() == 2) { if (classType.getName().endsWith("Association")) { final AssociationEnd lhsAssociationEnd = singletonEnds.get(0); final AssociationEnd rhsAssociationEnd = singletonEnds.get(1); final AssociationEnd lhsEnd = compute(lhsAssociationEnd); final AssociationEnd rhsEnd = compute(rhsAssociationEnd); return new ClassType(classType.getId(), classType.getName(), classType.isAbstract(), classType.getAttributes(), lhsEnd, rhsEnd, classType.getTaggedValues()); } else { return classType; } } else { return classType; } } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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Xsd2UmlTweakerVisitor implements Visitor { private static final ClassType transform(final ClassType classType, final ModelIndex model) { if (classType == null) { throw new IllegalArgumentException(); } final List<AssociationEnd> ends = model.getAssociationEnds(classType.getId()); final List<AssociationEnd> singletonEnds = new ArrayList<AssociationEnd>(2); for (final AssociationEnd end : ends) { if (isExactlyOne(end, model)) { singletonEnds.add(end); } } if (singletonEnds.size() == 2) { if (classType.getName().endsWith("Association")) { final AssociationEnd lhsAssociationEnd = singletonEnds.get(0); final AssociationEnd rhsAssociationEnd = singletonEnds.get(1); final AssociationEnd lhsEnd = compute(lhsAssociationEnd); final AssociationEnd rhsEnd = compute(rhsAssociationEnd); return new ClassType(classType.getId(), classType.getName(), classType.isAbstract(), classType.getAttributes(), lhsEnd, rhsEnd, classType.getTaggedValues()); } else { return classType; } } else { return classType; } } Xsd2UmlTweakerVisitor(final ModelIndex model); @Override void beginPackage(final UmlPackage pkg); @Override void endPackage(final UmlPackage pkg); final List<NamespaceOwnedElement> getOwnedElements(); @Override void visit(final AssociationEnd associationEnd); @Override void visit(final Attribute attribute); @Override void visit(final ClassType classType); @Override void visit(final DataType dataType); @Override void visit(final EnumLiteral enumLiteral); @Override void visit(final EnumType enumType); @Override void visit(final Generalization generalization); @Override void visit(final Model model); @Override void visit(final Multiplicity multiplicity); @Override void visit(final Range range); @Override void visit(final TagDefinition tagDefinition); @Override void visit(final TaggedValue taggedValue); }
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@Test public void testFrom() throws Exception { ClassType classType = Mockito.mock(ClassType.class); Identifier id = testObject.from(classType); Assert.assertNotNull(id); Identifier dupId = testObject.from(classType); Assert.assertEquals(id, dupId); }
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public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } }
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Xsd2UmlLookup { public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } } }
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Xsd2UmlLookup { public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } } }
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Xsd2UmlLookup { public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } } Identifier from(final T key); }
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Xsd2UmlLookup { public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } } Identifier from(final T key); }
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@Test(expected = IllegalArgumentException.class) public void testFormQualifiedName() throws Exception { testObject.from(null); }
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public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } }
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Xsd2UmlLookup { public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } } }
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Xsd2UmlLookup { public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } } }
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Xsd2UmlLookup { public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } } Identifier from(final T key); }
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Xsd2UmlLookup { public Identifier from(final T key) { if (key == null) { throw new IllegalArgumentException("name"); } if (data.containsKey(key)) { return data.get(key); } else { final Identifier reference = Identifier.random(); data.put(key, reference); return reference; } } Identifier from(final T key); }
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@Test public void testDeclareTagDefinitions() throws Exception { Assert.assertEquals(Collections.emptyList(), pluginForEdFi.declareTagDefinitions(host)); }
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@Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testGetAssociationEndTypeName() throws Exception { Mockito.when(attribute.getName()).thenReturn("academicWeekReference"); Assert.assertEquals("AcademicWeek", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("accountReference"); Assert.assertEquals("Account", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("assignmentSchoolReference"); Assert.assertEquals("School", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("assessmentReference"); Assert.assertEquals("Assessment", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("assessmentFamilyReference"); Assert.assertEquals("AssessmentFamily", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("assessmentItemReference"); Assert.assertEquals("AssessmentItem", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("calendarDateReference"); Assert.assertEquals("CalendarDate", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("classPeriodReference"); Assert.assertEquals("ClassPeriod", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("cohortReference"); Assert.assertEquals("Cohort", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("courseReference"); Assert.assertEquals("Course", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("courseOfferingReference"); Assert.assertEquals("CourseOffering", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("disciplineIncidentReference"); Assert.assertEquals("DisciplineIncident", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("diplomaReference"); Assert.assertEquals("Diploma", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("educationContentReference"); Assert.assertEquals("EducationContent", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("educationOrganizationNetworkReference"); Assert.assertEquals("EducationOrganizationNetwork", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("educationOrganizationPeerReference"); Assert.assertEquals("EducationOrganization", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("educationOrganizationReference"); Assert.assertEquals("EducationOrganization", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("educationOrgReference"); Assert.assertEquals("EducationOrganization", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("educationServiceCenterReference"); Assert.assertEquals("EducationServiceCenter", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("feederSchoolReference"); Assert.assertEquals("School", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("gradeReference"); Assert.assertEquals("Grade", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("gradebookEntryReference"); Assert.assertEquals("GradebookEntry", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("gradingPeriodReference"); Assert.assertEquals("GradingPeriod", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("graduationPlanReference"); Assert.assertEquals("GraduationPlan", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("interventionReference"); Assert.assertEquals("Intervention", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("interventionPrescriptionReference"); Assert.assertEquals("InterventionPrescription", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("learningStandardReference"); Assert.assertEquals("LearningStandard", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("learningStandardItemReference"); Assert.assertEquals("LearningStandard", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("learningObjectiveReference"); Assert.assertEquals("LearningObjective", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("localEducationAgencyReference"); Assert.assertEquals("LocalEducationAgency", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("locationReference"); Assert.assertEquals("Location", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("mandatingEducationOrganizationReference"); Assert.assertEquals("EducationOrganization", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("meetingTimeReference"); Assert.assertEquals("MeetingTime", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("objectiveAssessmentReference"); Assert.assertEquals("ObjectiveAssessment", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("prerequisiteLearningStandardReference"); Assert.assertEquals("LearningStandard", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("programReference"); Assert.assertEquals("Program", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("parentReference"); Assert.assertEquals("Parent", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("receivingSchoolReference"); Assert.assertEquals("School", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("responsibilitySchoolReference"); Assert.assertEquals("School", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("reportCardReference"); Assert.assertEquals("ReportCard", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("schoolReference"); Assert.assertEquals("School", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("sectionReference"); Assert.assertEquals("Section", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("sessionReference"); Assert.assertEquals("Session", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("staffReference"); Assert.assertEquals("Staff", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("stateEducationAgencyReference"); Assert.assertEquals("StateEducationAgency", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("studentReference"); Assert.assertEquals("Student", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("studentAcademicRecordReference"); Assert.assertEquals("StudentAcademicRecord", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("studentAssessmentReference"); Assert.assertEquals("StudentAssessment", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("studentCompetencyReference"); Assert.assertEquals("StudentCompetency", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("studentCompetencyObjectiveReference"); Assert.assertEquals("StudentCompetencyObjective", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("studentObjectiveAssessmentReference"); Assert.assertEquals("StudentObjectiveAssessment", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("studentSectionAssociationReference"); Assert.assertEquals("StudentSectionAssociation", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("teacherReference"); Assert.assertEquals("Teacher", pluginForEdFi.getAssociationEndTypeName(classType, attribute, host)); }
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@Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } if ("academicWeekReference".equalsIgnoreCase(attributeName)) { return "AcademicWeek"; } else if ("accountReference".equalsIgnoreCase(attributeName)) { return "Account"; } else if ("assignmentSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("assessmentReference".equalsIgnoreCase(attributeName)) { return "Assessment"; } else if ("assessmentFamilyReference".equalsIgnoreCase(attributeName)) { return "AssessmentFamily"; } else if ("assessmentItemReference".equalsIgnoreCase(attributeName)) { return "AssessmentItem"; } else if ("calendarDateReference".equalsIgnoreCase(attributeName)) { return "CalendarDate"; } else if ("classPeriodReference".equalsIgnoreCase(attributeName)) { return "ClassPeriod"; } else if ("cohortReference".equalsIgnoreCase(attributeName)) { return "Cohort"; } else if ("courseReference".equalsIgnoreCase(attributeName)) { return "Course"; } else if ("courseOfferingReference".equalsIgnoreCase(attributeName)) { return "CourseOffering"; } else if ("disciplineIncidentReference".equalsIgnoreCase(attributeName)) { return "DisciplineIncident"; } else if ("diplomaReference".equalsIgnoreCase(attributeName)) { return "Diploma"; } else if ("educationContentReference".equalsIgnoreCase(attributeName)) { return "EducationContent"; } else if ("educationOrganizationNetworkReference".equalsIgnoreCase(attributeName)) { return "EducationOrganizationNetwork"; } else if ("educationOrganizationPeerReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrgReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationServiceCenterReference".equalsIgnoreCase(attributeName)) { return "EducationServiceCenter"; } else if ("feederSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("gradeReference".equalsIgnoreCase(attributeName)) { return "Grade"; } else if ("gradebookEntryReference".equalsIgnoreCase(attributeName)) { return "GradebookEntry"; } else if ("gradingPeriodReference".equalsIgnoreCase(attributeName)) { return "GradingPeriod"; } else if ("graduationPlanReference".equalsIgnoreCase(attributeName)) { return "GraduationPlan"; } else if ("interventionReference".equalsIgnoreCase(attributeName)) { return "Intervention"; } else if ("interventionPrescriptionReference".equalsIgnoreCase(attributeName)) { return "InterventionPrescription"; } else if ("learningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningStandardItemReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningObjectiveReference".equalsIgnoreCase(attributeName)) { return "LearningObjective"; } else if ("localEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "LocalEducationAgency"; } else if ("locationReference".equalsIgnoreCase(attributeName)) { return "Location"; } else if ("mandatingEducationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("meetingTimeReference".equalsIgnoreCase(attributeName)) { return "MeetingTime"; } else if ("objectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "ObjectiveAssessment"; } else if ("prerequisiteLearningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("programReference".equalsIgnoreCase(attributeName)) { return "Program"; } else if ("parentReference".equalsIgnoreCase(attributeName)) { return "Parent"; } else if ("receivingSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("responsibilitySchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("reportCardReference".equalsIgnoreCase(attributeName)) { return "ReportCard"; } else if ("schoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("sectionReference".equalsIgnoreCase(attributeName)) { return "Section"; } else if ("sessionReference".equalsIgnoreCase(attributeName)) { return "Session"; } else if ("staffReference".equalsIgnoreCase(attributeName)) { return "Staff"; } else if ("stateEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "StateEducationAgency"; } else if ("studentReference".equalsIgnoreCase(attributeName)) { return "Student"; } else if ("studentAcademicRecordReference".equalsIgnoreCase(attributeName)) { return "StudentAcademicRecord"; } else if ("studentAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentAssessment"; } else if ("studentCompetencyReference".equalsIgnoreCase(attributeName)) { return "StudentCompetency"; } else if ("studentCompetencyObjectiveReference".equalsIgnoreCase(attributeName)) { return "StudentCompetencyObjective"; } else if ("studentObjectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentObjectiveAssessment"; } else if ("studentSectionAssociationReference".equalsIgnoreCase(attributeName)) { return "StudentSectionAssociation"; } else if ("teacherReference".equalsIgnoreCase(attributeName)) { return "Teacher"; } else { throw new UnsupportedOperationException(classType.getName() + "." + attribute.getName()); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } if ("academicWeekReference".equalsIgnoreCase(attributeName)) { return "AcademicWeek"; } else if ("accountReference".equalsIgnoreCase(attributeName)) { return "Account"; } else if ("assignmentSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("assessmentReference".equalsIgnoreCase(attributeName)) { return "Assessment"; } else if ("assessmentFamilyReference".equalsIgnoreCase(attributeName)) { return "AssessmentFamily"; } else if ("assessmentItemReference".equalsIgnoreCase(attributeName)) { return "AssessmentItem"; } else if ("calendarDateReference".equalsIgnoreCase(attributeName)) { return "CalendarDate"; } else if ("classPeriodReference".equalsIgnoreCase(attributeName)) { return "ClassPeriod"; } else if ("cohortReference".equalsIgnoreCase(attributeName)) { return "Cohort"; } else if ("courseReference".equalsIgnoreCase(attributeName)) { return "Course"; } else if ("courseOfferingReference".equalsIgnoreCase(attributeName)) { return "CourseOffering"; } else if ("disciplineIncidentReference".equalsIgnoreCase(attributeName)) { return "DisciplineIncident"; } else if ("diplomaReference".equalsIgnoreCase(attributeName)) { return "Diploma"; } else if ("educationContentReference".equalsIgnoreCase(attributeName)) { return "EducationContent"; } else if ("educationOrganizationNetworkReference".equalsIgnoreCase(attributeName)) { return "EducationOrganizationNetwork"; } else if ("educationOrganizationPeerReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrgReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationServiceCenterReference".equalsIgnoreCase(attributeName)) { return "EducationServiceCenter"; } else if ("feederSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("gradeReference".equalsIgnoreCase(attributeName)) { return "Grade"; } else if ("gradebookEntryReference".equalsIgnoreCase(attributeName)) { return "GradebookEntry"; } else if ("gradingPeriodReference".equalsIgnoreCase(attributeName)) { return "GradingPeriod"; } else if ("graduationPlanReference".equalsIgnoreCase(attributeName)) { return "GraduationPlan"; } else if ("interventionReference".equalsIgnoreCase(attributeName)) { return "Intervention"; } else if ("interventionPrescriptionReference".equalsIgnoreCase(attributeName)) { return "InterventionPrescription"; } else if ("learningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningStandardItemReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningObjectiveReference".equalsIgnoreCase(attributeName)) { return "LearningObjective"; } else if ("localEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "LocalEducationAgency"; } else if ("locationReference".equalsIgnoreCase(attributeName)) { return "Location"; } else if ("mandatingEducationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("meetingTimeReference".equalsIgnoreCase(attributeName)) { return "MeetingTime"; } else if ("objectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "ObjectiveAssessment"; } else if ("prerequisiteLearningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("programReference".equalsIgnoreCase(attributeName)) { return "Program"; } else if ("parentReference".equalsIgnoreCase(attributeName)) { return "Parent"; } else if ("receivingSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("responsibilitySchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("reportCardReference".equalsIgnoreCase(attributeName)) { return "ReportCard"; } else if ("schoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("sectionReference".equalsIgnoreCase(attributeName)) { return "Section"; } else if ("sessionReference".equalsIgnoreCase(attributeName)) { return "Session"; } else if ("staffReference".equalsIgnoreCase(attributeName)) { return "Staff"; } else if ("stateEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "StateEducationAgency"; } else if ("studentReference".equalsIgnoreCase(attributeName)) { return "Student"; } else if ("studentAcademicRecordReference".equalsIgnoreCase(attributeName)) { return "StudentAcademicRecord"; } else if ("studentAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentAssessment"; } else if ("studentCompetencyReference".equalsIgnoreCase(attributeName)) { return "StudentCompetency"; } else if ("studentCompetencyObjectiveReference".equalsIgnoreCase(attributeName)) { return "StudentCompetencyObjective"; } else if ("studentObjectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentObjectiveAssessment"; } else if ("studentSectionAssociationReference".equalsIgnoreCase(attributeName)) { return "StudentSectionAssociation"; } else if ("teacherReference".equalsIgnoreCase(attributeName)) { return "Teacher"; } else { throw new UnsupportedOperationException(classType.getName() + "." + attribute.getName()); } } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } if ("academicWeekReference".equalsIgnoreCase(attributeName)) { return "AcademicWeek"; } else if ("accountReference".equalsIgnoreCase(attributeName)) { return "Account"; } else if ("assignmentSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("assessmentReference".equalsIgnoreCase(attributeName)) { return "Assessment"; } else if ("assessmentFamilyReference".equalsIgnoreCase(attributeName)) { return "AssessmentFamily"; } else if ("assessmentItemReference".equalsIgnoreCase(attributeName)) { return "AssessmentItem"; } else if ("calendarDateReference".equalsIgnoreCase(attributeName)) { return "CalendarDate"; } else if ("classPeriodReference".equalsIgnoreCase(attributeName)) { return "ClassPeriod"; } else if ("cohortReference".equalsIgnoreCase(attributeName)) { return "Cohort"; } else if ("courseReference".equalsIgnoreCase(attributeName)) { return "Course"; } else if ("courseOfferingReference".equalsIgnoreCase(attributeName)) { return "CourseOffering"; } else if ("disciplineIncidentReference".equalsIgnoreCase(attributeName)) { return "DisciplineIncident"; } else if ("diplomaReference".equalsIgnoreCase(attributeName)) { return "Diploma"; } else if ("educationContentReference".equalsIgnoreCase(attributeName)) { return "EducationContent"; } else if ("educationOrganizationNetworkReference".equalsIgnoreCase(attributeName)) { return "EducationOrganizationNetwork"; } else if ("educationOrganizationPeerReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrgReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationServiceCenterReference".equalsIgnoreCase(attributeName)) { return "EducationServiceCenter"; } else if ("feederSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("gradeReference".equalsIgnoreCase(attributeName)) { return "Grade"; } else if ("gradebookEntryReference".equalsIgnoreCase(attributeName)) { return "GradebookEntry"; } else if ("gradingPeriodReference".equalsIgnoreCase(attributeName)) { return "GradingPeriod"; } else if ("graduationPlanReference".equalsIgnoreCase(attributeName)) { return "GraduationPlan"; } else if ("interventionReference".equalsIgnoreCase(attributeName)) { return "Intervention"; } else if ("interventionPrescriptionReference".equalsIgnoreCase(attributeName)) { return "InterventionPrescription"; } else if ("learningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningStandardItemReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningObjectiveReference".equalsIgnoreCase(attributeName)) { return "LearningObjective"; } else if ("localEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "LocalEducationAgency"; } else if ("locationReference".equalsIgnoreCase(attributeName)) { return "Location"; } else if ("mandatingEducationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("meetingTimeReference".equalsIgnoreCase(attributeName)) { return "MeetingTime"; } else if ("objectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "ObjectiveAssessment"; } else if ("prerequisiteLearningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("programReference".equalsIgnoreCase(attributeName)) { return "Program"; } else if ("parentReference".equalsIgnoreCase(attributeName)) { return "Parent"; } else if ("receivingSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("responsibilitySchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("reportCardReference".equalsIgnoreCase(attributeName)) { return "ReportCard"; } else if ("schoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("sectionReference".equalsIgnoreCase(attributeName)) { return "Section"; } else if ("sessionReference".equalsIgnoreCase(attributeName)) { return "Session"; } else if ("staffReference".equalsIgnoreCase(attributeName)) { return "Staff"; } else if ("stateEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "StateEducationAgency"; } else if ("studentReference".equalsIgnoreCase(attributeName)) { return "Student"; } else if ("studentAcademicRecordReference".equalsIgnoreCase(attributeName)) { return "StudentAcademicRecord"; } else if ("studentAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentAssessment"; } else if ("studentCompetencyReference".equalsIgnoreCase(attributeName)) { return "StudentCompetency"; } else if ("studentCompetencyObjectiveReference".equalsIgnoreCase(attributeName)) { return "StudentCompetencyObjective"; } else if ("studentObjectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentObjectiveAssessment"; } else if ("studentSectionAssociationReference".equalsIgnoreCase(attributeName)) { return "StudentSectionAssociation"; } else if ("teacherReference".equalsIgnoreCase(attributeName)) { return "Teacher"; } else { throw new UnsupportedOperationException(classType.getName() + "." + attribute.getName()); } } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } if ("academicWeekReference".equalsIgnoreCase(attributeName)) { return "AcademicWeek"; } else if ("accountReference".equalsIgnoreCase(attributeName)) { return "Account"; } else if ("assignmentSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("assessmentReference".equalsIgnoreCase(attributeName)) { return "Assessment"; } else if ("assessmentFamilyReference".equalsIgnoreCase(attributeName)) { return "AssessmentFamily"; } else if ("assessmentItemReference".equalsIgnoreCase(attributeName)) { return "AssessmentItem"; } else if ("calendarDateReference".equalsIgnoreCase(attributeName)) { return "CalendarDate"; } else if ("classPeriodReference".equalsIgnoreCase(attributeName)) { return "ClassPeriod"; } else if ("cohortReference".equalsIgnoreCase(attributeName)) { return "Cohort"; } else if ("courseReference".equalsIgnoreCase(attributeName)) { return "Course"; } else if ("courseOfferingReference".equalsIgnoreCase(attributeName)) { return "CourseOffering"; } else if ("disciplineIncidentReference".equalsIgnoreCase(attributeName)) { return "DisciplineIncident"; } else if ("diplomaReference".equalsIgnoreCase(attributeName)) { return "Diploma"; } else if ("educationContentReference".equalsIgnoreCase(attributeName)) { return "EducationContent"; } else if ("educationOrganizationNetworkReference".equalsIgnoreCase(attributeName)) { return "EducationOrganizationNetwork"; } else if ("educationOrganizationPeerReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrgReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationServiceCenterReference".equalsIgnoreCase(attributeName)) { return "EducationServiceCenter"; } else if ("feederSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("gradeReference".equalsIgnoreCase(attributeName)) { return "Grade"; } else if ("gradebookEntryReference".equalsIgnoreCase(attributeName)) { return "GradebookEntry"; } else if ("gradingPeriodReference".equalsIgnoreCase(attributeName)) { return "GradingPeriod"; } else if ("graduationPlanReference".equalsIgnoreCase(attributeName)) { return "GraduationPlan"; } else if ("interventionReference".equalsIgnoreCase(attributeName)) { return "Intervention"; } else if ("interventionPrescriptionReference".equalsIgnoreCase(attributeName)) { return "InterventionPrescription"; } else if ("learningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningStandardItemReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningObjectiveReference".equalsIgnoreCase(attributeName)) { return "LearningObjective"; } else if ("localEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "LocalEducationAgency"; } else if ("locationReference".equalsIgnoreCase(attributeName)) { return "Location"; } else if ("mandatingEducationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("meetingTimeReference".equalsIgnoreCase(attributeName)) { return "MeetingTime"; } else if ("objectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "ObjectiveAssessment"; } else if ("prerequisiteLearningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("programReference".equalsIgnoreCase(attributeName)) { return "Program"; } else if ("parentReference".equalsIgnoreCase(attributeName)) { return "Parent"; } else if ("receivingSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("responsibilitySchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("reportCardReference".equalsIgnoreCase(attributeName)) { return "ReportCard"; } else if ("schoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("sectionReference".equalsIgnoreCase(attributeName)) { return "Section"; } else if ("sessionReference".equalsIgnoreCase(attributeName)) { return "Session"; } else if ("staffReference".equalsIgnoreCase(attributeName)) { return "Staff"; } else if ("stateEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "StateEducationAgency"; } else if ("studentReference".equalsIgnoreCase(attributeName)) { return "Student"; } else if ("studentAcademicRecordReference".equalsIgnoreCase(attributeName)) { return "StudentAcademicRecord"; } else if ("studentAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentAssessment"; } else if ("studentCompetencyReference".equalsIgnoreCase(attributeName)) { return "StudentCompetency"; } else if ("studentCompetencyObjectiveReference".equalsIgnoreCase(attributeName)) { return "StudentCompetencyObjective"; } else if ("studentObjectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentObjectiveAssessment"; } else if ("studentSectionAssociationReference".equalsIgnoreCase(attributeName)) { return "StudentSectionAssociation"; } else if ("teacherReference".equalsIgnoreCase(attributeName)) { return "Teacher"; } else { throw new UnsupportedOperationException(classType.getName() + "." + attribute.getName()); } } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } if ("academicWeekReference".equalsIgnoreCase(attributeName)) { return "AcademicWeek"; } else if ("accountReference".equalsIgnoreCase(attributeName)) { return "Account"; } else if ("assignmentSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("assessmentReference".equalsIgnoreCase(attributeName)) { return "Assessment"; } else if ("assessmentFamilyReference".equalsIgnoreCase(attributeName)) { return "AssessmentFamily"; } else if ("assessmentItemReference".equalsIgnoreCase(attributeName)) { return "AssessmentItem"; } else if ("calendarDateReference".equalsIgnoreCase(attributeName)) { return "CalendarDate"; } else if ("classPeriodReference".equalsIgnoreCase(attributeName)) { return "ClassPeriod"; } else if ("cohortReference".equalsIgnoreCase(attributeName)) { return "Cohort"; } else if ("courseReference".equalsIgnoreCase(attributeName)) { return "Course"; } else if ("courseOfferingReference".equalsIgnoreCase(attributeName)) { return "CourseOffering"; } else if ("disciplineIncidentReference".equalsIgnoreCase(attributeName)) { return "DisciplineIncident"; } else if ("diplomaReference".equalsIgnoreCase(attributeName)) { return "Diploma"; } else if ("educationContentReference".equalsIgnoreCase(attributeName)) { return "EducationContent"; } else if ("educationOrganizationNetworkReference".equalsIgnoreCase(attributeName)) { return "EducationOrganizationNetwork"; } else if ("educationOrganizationPeerReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationOrgReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("educationServiceCenterReference".equalsIgnoreCase(attributeName)) { return "EducationServiceCenter"; } else if ("feederSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("gradeReference".equalsIgnoreCase(attributeName)) { return "Grade"; } else if ("gradebookEntryReference".equalsIgnoreCase(attributeName)) { return "GradebookEntry"; } else if ("gradingPeriodReference".equalsIgnoreCase(attributeName)) { return "GradingPeriod"; } else if ("graduationPlanReference".equalsIgnoreCase(attributeName)) { return "GraduationPlan"; } else if ("interventionReference".equalsIgnoreCase(attributeName)) { return "Intervention"; } else if ("interventionPrescriptionReference".equalsIgnoreCase(attributeName)) { return "InterventionPrescription"; } else if ("learningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningStandardItemReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("learningObjectiveReference".equalsIgnoreCase(attributeName)) { return "LearningObjective"; } else if ("localEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "LocalEducationAgency"; } else if ("locationReference".equalsIgnoreCase(attributeName)) { return "Location"; } else if ("mandatingEducationOrganizationReference".equalsIgnoreCase(attributeName)) { return "EducationOrganization"; } else if ("meetingTimeReference".equalsIgnoreCase(attributeName)) { return "MeetingTime"; } else if ("objectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "ObjectiveAssessment"; } else if ("prerequisiteLearningStandardReference".equalsIgnoreCase(attributeName)) { return "LearningStandard"; } else if ("programReference".equalsIgnoreCase(attributeName)) { return "Program"; } else if ("parentReference".equalsIgnoreCase(attributeName)) { return "Parent"; } else if ("receivingSchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("responsibilitySchoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("reportCardReference".equalsIgnoreCase(attributeName)) { return "ReportCard"; } else if ("schoolReference".equalsIgnoreCase(attributeName)) { return "School"; } else if ("sectionReference".equalsIgnoreCase(attributeName)) { return "Section"; } else if ("sessionReference".equalsIgnoreCase(attributeName)) { return "Session"; } else if ("staffReference".equalsIgnoreCase(attributeName)) { return "Staff"; } else if ("stateEducationAgencyReference".equalsIgnoreCase(attributeName)) { return "StateEducationAgency"; } else if ("studentReference".equalsIgnoreCase(attributeName)) { return "Student"; } else if ("studentAcademicRecordReference".equalsIgnoreCase(attributeName)) { return "StudentAcademicRecord"; } else if ("studentAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentAssessment"; } else if ("studentCompetencyReference".equalsIgnoreCase(attributeName)) { return "StudentCompetency"; } else if ("studentCompetencyObjectiveReference".equalsIgnoreCase(attributeName)) { return "StudentCompetencyObjective"; } else if ("studentObjectiveAssessmentReference".equalsIgnoreCase(attributeName)) { return "StudentObjectiveAssessment"; } else if ("studentSectionAssociationReference".equalsIgnoreCase(attributeName)) { return "StudentSectionAssociation"; } else if ("teacherReference".equalsIgnoreCase(attributeName)) { return "Teacher"; } else { throw new UnsupportedOperationException(classType.getName() + "." + attribute.getName()); } } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testIsAssociationEnd() throws Exception { Mockito.when(attribute.getName()).thenReturn("Reference"); Assert.assertTrue(pluginForEdFi.isAssociationEnd(classType, attribute, host)); Mockito.when(attribute.getName()).thenReturn("Ref"); Assert.assertFalse(pluginForEdFi.isAssociationEnd(classType, attribute, host)); }
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@Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test(expected = IllegalArgumentException.class) public void testIsAssociationEndNullException() throws Exception { pluginForEdFi.isAssociationEnd(classType, null, host); }
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@Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void noControlFile() throws FileNotFoundException { AbstractMessageReport report = new DummyMessageReport(); ReportStats reportStats = new SimpleReportStats(); Source source = new JobSource(null); file = IngestionTest.getFile("zip/NoControlFile.zip"); boolean isValid = zipFileValidator.isValid(file, report, reportStats, source, null); Assert.assertFalse(isValid); }
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@Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } @Override boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters); @Override String getStageName(); }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } @Override boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters); @Override String getStageName(); }
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@Test(expected = IllegalStateException.class) public void testIsAssociationEndIllegalException() throws Exception { Mockito.when(attribute.getName()).thenReturn(null); pluginForEdFi.isAssociationEnd(classType, attribute, host); }
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@Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { if (attribute == null) { throw new IllegalArgumentException("attribute"); } final String attributeName = attribute.getName(); if (attributeName == null) { throw new IllegalStateException("attributeName"); } return endsWithReference(attributeName); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameAssociation() throws Exception { AssociationEnd associationEnd = Mockito.mock(AssociationEnd.class); Mockito.when( plugin.nameAssociation(Mockito.any(AssociationEnd.class), Mockito.any(AssociationEnd.class), Mockito.any(Xsd2UmlHostedPlugin.class))).thenReturn("test"); Assert.assertEquals("test", pluginForEdFi.nameAssociation(associationEnd, associationEnd, plugin)); }
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@Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return host.nameAssociation(lhs, rhs, host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return host.nameAssociation(lhs, rhs, host); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return host.nameAssociation(lhs, rhs, host); } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return host.nameAssociation(lhs, rhs, host); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return host.nameAssociation(lhs, rhs, host); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameFromSchemaAttributeName() throws Exception { QName qName = new QName(SliMongoConstants.NAMESPACE_SLI, "test"); Assert.assertEquals("test", pluginForEdFi.nameFromSchemaAttributeName(qName)); }
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@Override public String nameFromSchemaAttributeName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaAttributeName(name); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaAttributeName(name); } } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaAttributeName(name); } } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaAttributeName(name); } } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaAttributeName(name); } } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameFromSchemaElementName() throws Exception { QName qName = new QName(SliMongoConstants.NAMESPACE_SLI, "test"); Assert.assertEquals("test", pluginForEdFi.nameFromSchemaElementName(qName)); }
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@Override public String nameFromSchemaElementName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaElementName(name); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaElementName(name); } } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaElementName(name); } } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaElementName(name); } } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { if (CAMEL_CASE_SCHEMA_NAMES) { return Xsd2UmlHelper.camelCase(name.getLocalPart()); } else { return super.nameFromSchemaElementName(name); } } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test(expected = UnsupportedOperationException.class) public void testTagsFromAppInfo() throws Exception { pluginForEdFi.tagsFromAppInfo(null, host); }
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@Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } Xsd2UmlPluginForEdFi(); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginForEdFi extends Xsd2UmlPluginDefault implements Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } Xsd2UmlPluginForEdFi(); @Override List<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSchemaElementName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testTweak() throws Exception { Model newModel = Xsd2UmlTweaker.tweak(model, plugin); Assert.assertNotNull(newModel); }
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public static Model tweak(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Xsd2UmlTweakerVisitor tweaker = new Xsd2UmlTweakerVisitor(indexedModel); model.accept(tweaker); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), tweaker.getOwnedElements()); }
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Xsd2UmlTweaker { public static Model tweak(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Xsd2UmlTweakerVisitor tweaker = new Xsd2UmlTweakerVisitor(indexedModel); model.accept(tweaker); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), tweaker.getOwnedElements()); } }
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Xsd2UmlTweaker { public static Model tweak(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Xsd2UmlTweakerVisitor tweaker = new Xsd2UmlTweakerVisitor(indexedModel); model.accept(tweaker); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), tweaker.getOwnedElements()); } }
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Xsd2UmlTweaker { public static Model tweak(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Xsd2UmlTweakerVisitor tweaker = new Xsd2UmlTweakerVisitor(indexedModel); model.accept(tweaker); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), tweaker.getOwnedElements()); } static Model tweak(final Model model, final Xsd2UmlHostedPlugin plugin); }
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Xsd2UmlTweaker { public static Model tweak(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Xsd2UmlTweakerVisitor tweaker = new Xsd2UmlTweakerVisitor(indexedModel); model.accept(tweaker); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), tweaker.getOwnedElements()); } static Model tweak(final Model model, final Xsd2UmlHostedPlugin plugin); }
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@Test public void testDeclareTagDefinitions() throws Exception { Collection<TagDefinition> definitions = adapter.declareTagDefinitions(host); Assert.assertEquals(definitions, Collections.emptyList()); }
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@Override public Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testEnsureTagDefinitionId() throws Exception { Mockito.when(tagDefinition.getId()).thenAnswer(new Answer<Identifier>() { @Override public Identifier answer(InvocationOnMock invocation) throws Throwable { return Identifier.random(); } }); Mockito.when(mapper.getTagDefinition(Matchers.any(QName.class))).thenReturn(tagDefinition); Assert.assertNotNull(adapter.ensureTagDefinitionId(Mockito.anyString())); }
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@Override public Identifier ensureTagDefinitionId(final String name) { final TagDefinition tagDefinition = mapper.getTagDefinition(new QName(name)); if (null != tagDefinition) { return tagDefinition.getId(); } throw new IllegalArgumentException(name); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Identifier ensureTagDefinitionId(final String name) { final TagDefinition tagDefinition = mapper.getTagDefinition(new QName(name)); if (null != tagDefinition) { return tagDefinition.getId(); } throw new IllegalArgumentException(name); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Identifier ensureTagDefinitionId(final String name) { final TagDefinition tagDefinition = mapper.getTagDefinition(new QName(name)); if (null != tagDefinition) { return tagDefinition.getId(); } throw new IllegalArgumentException(name); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Identifier ensureTagDefinitionId(final String name) { final TagDefinition tagDefinition = mapper.getTagDefinition(new QName(name)); if (null != tagDefinition) { return tagDefinition.getId(); } throw new IllegalArgumentException(name); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Identifier ensureTagDefinitionId(final String name) { final TagDefinition tagDefinition = mapper.getTagDefinition(new QName(name)); if (null != tagDefinition) { return tagDefinition.getId(); } throw new IllegalArgumentException(name); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test(expected = UnsupportedOperationException.class) public void testGetAssociationEndTypeName() throws Exception { adapter.getAssociationEndTypeName(classType, attribute, host); }
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@Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String getAssociationEndTypeName(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testGetTagDefinition() throws Exception { Mockito.when(mapper.getTagDefinition(Matchers.any(Identifier.class))).thenReturn(tagDefinition); Assert.assertEquals(tagDefinition, adapter.getTagDefinition(identifier)); }
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@Override public TagDefinition getTagDefinition(final Identifier id) { return mapper.getTagDefinition(id); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public TagDefinition getTagDefinition(final Identifier id) { return mapper.getTagDefinition(id); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public TagDefinition getTagDefinition(final Identifier id) { return mapper.getTagDefinition(id); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public TagDefinition getTagDefinition(final Identifier id) { return mapper.getTagDefinition(id); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public TagDefinition getTagDefinition(final Identifier id) { return mapper.getTagDefinition(id); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void validZip() throws FileNotFoundException { AbstractMessageReport report = new DummyMessageReport(); ReportStats reportStats = new SimpleReportStats(); file = IngestionTest.getFile("zip/ValidZip.zip"); boolean isValid = zipFileValidator.isValid(file, report, reportStats, null, null); Assert.assertTrue(isValid); }
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@Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } @Override boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters); @Override String getStageName(); }
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ZipFileValidator implements Validator<File> { @Override public boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean isValid = false; LOG.info("Validating zipFile: {}", zipFile.getAbsolutePath()); ZipFile zf = null; try { zf = new ZipFile(zipFile); Enumeration<ZipArchiveEntry> zes = zf.getEntries(); while (zes.hasMoreElements()) { ZipArchiveEntry ze = zes.nextElement(); LOG.debug(" ZipArchiveEntry: name: {}, size {}", ze.getName(), ze.getSize()); if (isDirectory(ze)) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0010, zipFile.getName()); return false; } if (ze.getName().endsWith(".ctl")) { isValid = true; } } if (!isValid) { report.error(reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0009, zipFile.getName()); } } catch (UnsupportedZipFeatureException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0022, zipFile.getName()); isValid = false; } catch (FileNotFoundException ex) { report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0020, zipFile.getName()); isValid = false; } catch (IOException ex) { LOG.warn("Caught IO exception processing " + zipFile.getAbsolutePath()); report.error(ex, reportStats, new FileSource(zipFile.getName()), BaseMessageCode.BASE_0021, zipFile.getName()); isValid = false; } finally { ZipFile.closeQuietly(zf); } return isValid; } @Override boolean isValid(File zipFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters); @Override String getStageName(); }
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@Test public void testGetType() throws Exception { Mockito.when(mapper.getType(Matchers.any(Identifier.class))).thenReturn(classType); Type type = adapter.getType(identifier); Assert.assertEquals(classType, type); }
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@Override public Type getType(final Identifier typeId) { return mapper.getType(typeId); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Type getType(final Identifier typeId) { return mapper.getType(typeId); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Type getType(final Identifier typeId) { return mapper.getType(typeId); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Type getType(final Identifier typeId) { return mapper.getType(typeId); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public Type getType(final Identifier typeId) { return mapper.getType(typeId); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testIsAssociationEnd() throws Exception { Assert.assertFalse(adapter.isAssociationEnd(classType, attribute, host)); }
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@Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { return false; }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { return false; } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { return false; } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { return false; } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host) { return false; } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameAssociation() throws Exception { Mockito.when(lhs.getName()).thenReturn("lhs"); Mockito.when(rhs.getName()).thenReturn("rhs"); String assocEnd = adapter.nameAssociation(lhs, rhs, host.getPlugin()); Assert.assertEquals("lhs<=>rhs", assocEnd); }
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@Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return lhs.getName() + "<=>" + rhs.getName(); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return lhs.getName() + "<=>" + rhs.getName(); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return lhs.getName() + "<=>" + rhs.getName(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return lhs.getName() + "<=>" + rhs.getName(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host) { return lhs.getName() + "<=>" + rhs.getName(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameFromComplexTypeExtension() throws Exception { Assert.assertEquals("test extends test", adapter.nameFromComplexTypeExtension(qName, qName)); }
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@Override public String nameFromComplexTypeExtension(final QName complexType, final QName base) { return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromComplexTypeExtension(final QName complexType, final QName base) { return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromComplexTypeExtension(final QName complexType, final QName base) { return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromComplexTypeExtension(final QName complexType, final QName base) { return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromComplexTypeExtension(final QName complexType, final QName base) { return nameFromSchemaTypeName(complexType).concat(" extends ").concat(nameFromSchemaTypeName(base)); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test(expected = UnsupportedOperationException.class) public void testNameFromSchemaElementName() throws Exception { adapter.nameFromSchemaElementName(qName); }
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@Override public String nameFromSchemaElementName(final QName name) { throw new UnsupportedOperationException(); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaElementName(final QName name) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test(expected = UnsupportedOperationException.class) public void testNameFromSchemaAttributeName() throws Exception { adapter.nameFromSchemaAttributeName(qName); }
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@Override public String nameFromSchemaAttributeName(final QName name) { throw new UnsupportedOperationException(); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { throw new UnsupportedOperationException(); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaAttributeName(final QName name) { throw new UnsupportedOperationException(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameFromSimpleTypeRestriction() throws Exception { Assert.assertEquals("test restricts test", adapter.nameFromSimpleTypeRestriction(qName, qName)); }
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@Override public String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSimpleTypeRestriction(final QName simpleType, final QName base) { return nameFromSchemaTypeName(simpleType).concat(" restricts ").concat(nameFromSchemaTypeName(base)); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testNameFromSchemaTypeName() throws Exception { Assert.assertEquals("test", adapter.nameFromSchemaTypeName(qName)); }
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@Override public String nameFromSchemaTypeName(final QName name) { return name.getLocalPart(); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { return name.getLocalPart(); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { return name.getLocalPart(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { return name.getLocalPart(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public String nameFromSchemaTypeName(final QName name) { return name.getLocalPart(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testTagsFromAppInfo() throws Exception { Assert.assertEquals(Collections.emptyList(), adapter.tagsFromAppInfo(new XmlSchemaAppInfo(), host)); }
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@Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { return Collections.emptyList(); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { return Collections.emptyList(); } }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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Xsd2UmlPluginHostAdapter implements Xsd2UmlPluginHost, Xsd2UmlHostedPlugin { @Override public List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host) { return Collections.emptyList(); } Xsd2UmlPluginHostAdapter(final ModelIndex mapper); @Override Xsd2UmlHostedPlugin getPlugin(); @Override Collection<TagDefinition> declareTagDefinitions(final Xsd2UmlPluginHost host); @Override Identifier ensureTagDefinitionId(final String name); @Override String getAssociationEndTypeName(final ClassType classType, final Attribute attribute,
final Xsd2UmlPluginHost host); @Override TagDefinition getTagDefinition(final Identifier id); @Override Type getType(final Identifier typeId); @Override boolean isAssociationEnd(final ClassType classType, final Attribute attribute, final Xsd2UmlPluginHost host); @Override String nameAssociation(final AssociationEnd lhs, final AssociationEnd rhs, final Xsd2UmlHostedPlugin host); @Override String nameFromComplexTypeExtension(final QName complexType, final QName base); @Override String nameFromSchemaElementName(final QName name); @Override String nameFromSchemaAttributeName(final QName name); @Override String nameFromSimpleTypeRestriction(final QName simpleType, final QName base); @Override String nameFromSchemaTypeName(final QName name); @Override List<TaggedValue> tagsFromAppInfo(final XmlSchemaAppInfo appInfo, final Xsd2UmlPluginHost host); }
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@Test public void testLink() throws Exception { Assert.assertNotNull(Xsd2UmlLinker.link(model, plugin)); }
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public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } static Model link(final Model model, final Xsd2UmlHostedPlugin plugin); }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } static Model link(final Model model, final Xsd2UmlHostedPlugin plugin); }
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@Test public void noFileEntriesTest() { AbstractMessageReport report = new DummyMessageReport(); ReportStats reportStats = new SimpleReportStats(); Source source = new JobSource(null); boolean isValid = controlFileValidator.isValid(controlFile, report, reportStats, source, null); Assert.assertTrue(reportStats.hasErrors()); Assert.assertFalse(isValid); }
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@Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; }
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ControlFileValidator implements Validator<ControlFile> { @Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; } }
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ControlFileValidator implements Validator<ControlFile> { @Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; } }
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ControlFileValidator implements Validator<ControlFile> { @Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; } List<Validator<IngestionFileEntry>> getIngestionFileValidators(); void setIngestionFileValidators(List<Validator<IngestionFileEntry>> ingestionFileValidators); @Override boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats,
Source source, Map<String, Object> parameters); @Override String getStageName(); }
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ControlFileValidator implements Validator<ControlFile> { @Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; } List<Validator<IngestionFileEntry>> getIngestionFileValidators(); void setIngestionFileValidators(List<Validator<IngestionFileEntry>> ingestionFileValidators); @Override boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats,
Source source, Map<String, Object> parameters); @Override String getStageName(); static final String ZIPFILE_ENTRIES; }
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@Test(expected = IllegalStateException.class) public void testInvalidAssociationEnd() throws Exception { when(plugin.isAssociationEnd(Mockito.any(ClassType.class), Mockito.any(Attribute.class), Mockito.any(Xsd2UmlPluginHost.class))).thenReturn(true); when(plugin.getAssociationEndTypeName(Mockito.any(ClassType.class), Mockito.any(Attribute.class), Mockito.any(Xsd2UmlPluginHost.class))).thenReturn("test"); Assert.assertNotNull(Xsd2UmlLinker.link(model, plugin)); }
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public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } static Model link(final Model model, final Xsd2UmlHostedPlugin plugin); }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } static Model link(final Model model, final Xsd2UmlHostedPlugin plugin); }
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@Test(expected = IllegalArgumentException.class) public void testValidAssociationEnd() throws Exception { when(plugin.isAssociationEnd(Mockito.any(ClassType.class), Mockito.any(Attribute.class), Mockito.any(Xsd2UmlPluginHost.class))).thenReturn(true); when(plugin.getAssociationEndTypeName(Mockito.any(ClassType.class), Mockito.any(Attribute.class), Mockito.any(Xsd2UmlPluginHost.class))).thenReturn("classTypeName"); Assert.assertNotNull(Xsd2UmlLinker.link(model, plugin)); }
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public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } static Model link(final Model model, final Xsd2UmlHostedPlugin plugin); }
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Xsd2UmlLinker { public static Model link(final Model model, final Xsd2UmlHostedPlugin plugin) { final ModelIndex indexedModel = new DefaultModelIndex(model); final Map<String, Identifier> nameToClassTypeId = makeNameToClassTypeId(indexedModel.getClassTypes().values()); final Map<Type, Map<String, AssociationEnd>> navigations = new HashMap<Type, Map<String, AssociationEnd>>(); final List<NamespaceOwnedElement> ownedElements = new LinkedList<NamespaceOwnedElement>(); for (final NamespaceOwnedElement ownedElement : model.getOwnedElements()) { if (ownedElement instanceof ClassType) { final ClassType classType = (ClassType) ownedElement; ownedElements.add(cleanUpClassType(classType, plugin, indexedModel, nameToClassTypeId, navigations)); } else { ownedElements.add(ownedElement); } } final Xsd2UmlPluginHost host = new Xsd2UmlPluginHostAdapter(indexedModel); ownedElements.addAll(makeAssociations(navigations, indexedModel, plugin, host)); return new Model(Identifier.random(), model.getName(), model.getTaggedValues(), ownedElements); } static Model link(final Model model, final Xsd2UmlHostedPlugin plugin); }
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@Test public void testWriteConfig() throws FileNotFoundException { final File out = new File("test_psm.xml"); @SuppressWarnings("unchecked") final PsmConfig<Type> documentation = mock(PsmConfig.class); final List<PsmDocument<Type>> configList = new ArrayList<PsmDocument<Type>>(); final PsmResource resource = new PsmResource("test_resource"); final PsmCollection psmCollection = new PsmCollection("test_collection"); final Type mockType = mock(Type.class); when(mockType.getName()).thenReturn(""); final PsmDocument<Type> psmDoc = new PsmDocument<Type>(mockType, resource, psmCollection); configList.add(psmDoc); when(documentation.getDocuments()).thenReturn(configList); final Model model = mock(Model.class); PsmConfigWriter.writeConfig(documentation, model, out.getAbsolutePath()); final ModelIndex mockIndex = mock(ModelIndex.class); final Set<ModelElement> mockElementSet = new TreeSet<ModelElement>(); mockElementSet.add(mock(ClassType.class)); when(mockIndex.lookupByName(any(QName.class))).thenReturn(mockElementSet); PsmConfig<Type> config = PsmConfigReader.readConfig(out.getAbsoluteFile(), mockIndex); assertNotNull(config); assertEquals("test_resource", config.getDocuments().get(0).getGraphAssociationEndName().getName()); assertEquals("test_collection", config.getDocuments().get(0).getSingularResourceName().getName()); out.deleteOnExit(); }
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public static final void writeConfig(final PsmConfig<Type> documentation, final Model model, final OutputStream outstream) { final XMLOutputFactory xof = XMLOutputFactory.newInstance(); try { final XMLStreamWriter xsw = new IndentingXMLStreamWriter(xof.createXMLStreamWriter(outstream, "UTF-8")); xsw.writeStartDocument("UTF-8", "1.0"); try { writeRoot(documentation, model, xsw); } finally { xsw.writeEndDocument(); } xsw.flush(); xsw.close(); } catch (final XMLStreamException e) { throw new PsmConfigRuntimeException(e); } }
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PsmConfigWriter { public static final void writeConfig(final PsmConfig<Type> documentation, final Model model, final OutputStream outstream) { final XMLOutputFactory xof = XMLOutputFactory.newInstance(); try { final XMLStreamWriter xsw = new IndentingXMLStreamWriter(xof.createXMLStreamWriter(outstream, "UTF-8")); xsw.writeStartDocument("UTF-8", "1.0"); try { writeRoot(documentation, model, xsw); } finally { xsw.writeEndDocument(); } xsw.flush(); xsw.close(); } catch (final XMLStreamException e) { throw new PsmConfigRuntimeException(e); } } }
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PsmConfigWriter { public static final void writeConfig(final PsmConfig<Type> documentation, final Model model, final OutputStream outstream) { final XMLOutputFactory xof = XMLOutputFactory.newInstance(); try { final XMLStreamWriter xsw = new IndentingXMLStreamWriter(xof.createXMLStreamWriter(outstream, "UTF-8")); xsw.writeStartDocument("UTF-8", "1.0"); try { writeRoot(documentation, model, xsw); } finally { xsw.writeEndDocument(); } xsw.flush(); xsw.close(); } catch (final XMLStreamException e) { throw new PsmConfigRuntimeException(e); } } }
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PsmConfigWriter { public static final void writeConfig(final PsmConfig<Type> documentation, final Model model, final OutputStream outstream) { final XMLOutputFactory xof = XMLOutputFactory.newInstance(); try { final XMLStreamWriter xsw = new IndentingXMLStreamWriter(xof.createXMLStreamWriter(outstream, "UTF-8")); xsw.writeStartDocument("UTF-8", "1.0"); try { writeRoot(documentation, model, xsw); } finally { xsw.writeEndDocument(); } xsw.flush(); xsw.close(); } catch (final XMLStreamException e) { throw new PsmConfigRuntimeException(e); } } static final void writeConfig(final PsmConfig<Type> documentation, final Model model,
final OutputStream outstream); static final void writeConfig(final PsmConfig<Type> documentation, final Model model, final String fileName); }
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PsmConfigWriter { public static final void writeConfig(final PsmConfig<Type> documentation, final Model model, final OutputStream outstream) { final XMLOutputFactory xof = XMLOutputFactory.newInstance(); try { final XMLStreamWriter xsw = new IndentingXMLStreamWriter(xof.createXMLStreamWriter(outstream, "UTF-8")); xsw.writeStartDocument("UTF-8", "1.0"); try { writeRoot(documentation, model, xsw); } finally { xsw.writeEndDocument(); } xsw.flush(); xsw.close(); } catch (final XMLStreamException e) { throw new PsmConfigRuntimeException(e); } } static final void writeConfig(final PsmConfig<Type> documentation, final Model model,
final OutputStream outstream); static final void writeConfig(final PsmConfig<Type> documentation, final Model model, final String fileName); }
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@Test public void testReadConfig() throws FileNotFoundException { final File docFile = new File(docUri); final PsmConfig config = PsmConfigReader.readConfig(docFile, mockIndex); asserts(config); }
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public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final File file, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final InputStream stream, final ModelIndex mapper); }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final File file, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final InputStream stream, final ModelIndex mapper); }
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@Test public void testReadConfigString() throws FileNotFoundException { final File docFile = new File(docUri); final String docLoc = docFile.getAbsolutePath(); final PsmConfig config = PsmConfigReader.readConfig(docLoc, mockIndex); asserts(config); }
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public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final File file, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final InputStream stream, final ModelIndex mapper); }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final File file, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final InputStream stream, final ModelIndex mapper); }
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@Test public void testReadConfigStream() throws FileNotFoundException { final InputStream inputStream = getClass().getResourceAsStream("/test_documents.xml"); final PsmConfig config = PsmConfigReader.readConfig(inputStream, mockIndex); asserts(config); }
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public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final File file, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final InputStream stream, final ModelIndex mapper); }
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PsmConfigReader { public static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper) throws FileNotFoundException { final InputStream istream = new BufferedInputStream(new FileInputStream(fileName)); try { return readConfig(istream, mapper); } finally { closeQuiet(istream); } } static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final File file, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final InputStream stream, final ModelIndex mapper); }
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@Test public void testInitialization() { final PsmConfigReader reader = new PsmConfigReader(); assertNotNull(reader); }
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private static final <T> T assertNotNull(final T obj) { if (obj != null) { return obj; } else { throw new AssertionError(); } }
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PsmConfigReader { private static final <T> T assertNotNull(final T obj) { if (obj != null) { return obj; } else { throw new AssertionError(); } } }
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PsmConfigReader { private static final <T> T assertNotNull(final T obj) { if (obj != null) { return obj; } else { throw new AssertionError(); } } }
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PsmConfigReader { private static final <T> T assertNotNull(final T obj) { if (obj != null) { return obj; } else { throw new AssertionError(); } } static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final File file, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final InputStream stream, final ModelIndex mapper); }
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PsmConfigReader { private static final <T> T assertNotNull(final T obj) { if (obj != null) { return obj; } else { throw new AssertionError(); } } static final PsmConfig<Type> readConfig(final String fileName, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final File file, final ModelIndex mapper); static final PsmConfig<Type> readConfig(final InputStream stream, final ModelIndex mapper); }
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@Test public void testMain() { String inputFilename = "src/test/resources/psm_sli.xmi"; String outputFilename = "PsmCreatorOutput.xml"; PsmCreator.main(new String[]{inputFilename, outputFilename}); File file = new File(outputFilename); assertTrue(file.exists()); file.delete(); }
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public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_XMI_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_XML_FILENAME; try { final Model model = XmiReader.readModel(inputFilename); final PsmConfig<Type> psm = convert(model); PsmConfigWriter.writeConfig(psm, model, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } }
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PsmCreator { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_XMI_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_XML_FILENAME; try { final Model model = XmiReader.readModel(inputFilename); final PsmConfig<Type> psm = convert(model); PsmConfigWriter.writeConfig(psm, model, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } }
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PsmCreator { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_XMI_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_XML_FILENAME; try { final Model model = XmiReader.readModel(inputFilename); final PsmConfig<Type> psm = convert(model); PsmConfigWriter.writeConfig(psm, model, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } PsmCreator(); }
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PsmCreator { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_XMI_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_XML_FILENAME; try { final Model model = XmiReader.readModel(inputFilename); final PsmConfig<Type> psm = convert(model); PsmConfigWriter.writeConfig(psm, model, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } PsmCreator(); static void main(final String[] args); }
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PsmCreator { public static void main(final String[] args) { String inputFilename = (args.length == 2) ? args[0] : DEFAULT_INPUT_XMI_FILENAME; String outputFilename = (args.length == 2) ? args[1] : DEFAULT_OUTPUT_XML_FILENAME; try { final Model model = XmiReader.readModel(inputFilename); final PsmConfig<Type> psm = convert(model); PsmConfigWriter.writeConfig(psm, model, outputFilename); } catch (final FileNotFoundException e) { LOG.warn(e.getMessage()); } } PsmCreator(); static void main(final String[] args); static final String DEFAULT_INPUT_XMI_FILENAME; static final String DEFAULT_OUTPUT_XML_FILENAME; }
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@Test public void testWriteAttribute() throws IOException, XMLStreamException { out.writeStartElement("testElement1"); out.writeAttribute("attr1", "val1"); out.writeEndElement(); assertOutput("<testElement1 attr1=\"val1\"></testElement1>"); out.writeStartElement("testElement2"); out.writeAttribute(DEFAULT_NAMESPACE, "attr2", "val2"); out.writeEndElement(); assertOutput("<testElement2 dprefix:attr2=\"val2\"></testElement2>"); out.writeStartElement("testElement3"); out.writeAttribute(PREFIX, NAMESPACE, "attr3", "val3"); out.writeEndElement(); assertOutput("<testElement3 prefix:attr3=\"val3\"></testElement3>"); }
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@Override public void writeAttribute(final String localName, final String value) throws XMLStreamException { if (localName == null) { throw new IllegalArgumentException("localName"); } if (value == null) { throw new IllegalArgumentException("value"); } next.writeAttribute(localName, value); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeAttribute(final String localName, final String value) throws XMLStreamException { if (localName == null) { throw new IllegalArgumentException("localName"); } if (value == null) { throw new IllegalArgumentException("value"); } next.writeAttribute(localName, value); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeAttribute(final String localName, final String value) throws XMLStreamException { if (localName == null) { throw new IllegalArgumentException("localName"); } if (value == null) { throw new IllegalArgumentException("value"); } next.writeAttribute(localName, value); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeAttribute(final String localName, final String value) throws XMLStreamException { if (localName == null) { throw new IllegalArgumentException("localName"); } if (value == null) { throw new IllegalArgumentException("value"); } next.writeAttribute(localName, value); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeAttribute(final String localName, final String value) throws XMLStreamException { if (localName == null) { throw new IllegalArgumentException("localName"); } if (value == null) { throw new IllegalArgumentException("value"); } next.writeAttribute(localName, value); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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@Test public void testWriteCDATA() throws IOException, XMLStreamException { out.writeCData("TestCData"); assertOutput("<![CDATA[TestCData]]>"); }
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@Override public void writeCData(final String data) throws XMLStreamException { state = State.SEEN_DATA; next.writeCData(data); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeCData(final String data) throws XMLStreamException { state = State.SEEN_DATA; next.writeCData(data); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeCData(final String data) throws XMLStreamException { state = State.SEEN_DATA; next.writeCData(data); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeCData(final String data) throws XMLStreamException { state = State.SEEN_DATA; next.writeCData(data); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeCData(final String data) throws XMLStreamException { state = State.SEEN_DATA; next.writeCData(data); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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@Test public void fileNotPresentTest() { AbstractMessageReport report = new DummyMessageReport(); ReportStats reportStats = new SimpleReportStats(); Source source = new JobSource(null); Mockito.when(entry.isValid()).thenReturn(false); fileEntries.add(entry); boolean isValid = controlFileValidator.isValid(controlFile, report, reportStats, source, null); Assert.assertTrue(reportStats.hasErrors()); Assert.assertFalse(isValid); }
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@Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; }
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ControlFileValidator implements Validator<ControlFile> { @Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; } }
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ControlFileValidator implements Validator<ControlFile> { @Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; } }
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ControlFileValidator implements Validator<ControlFile> { @Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; } List<Validator<IngestionFileEntry>> getIngestionFileValidators(); void setIngestionFileValidators(List<Validator<IngestionFileEntry>> ingestionFileValidators); @Override boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats,
Source source, Map<String, Object> parameters); @Override String getStageName(); }
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ControlFileValidator implements Validator<ControlFile> { @Override public boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { Set<String> zipFileEntries = null; Map<String, Object> localParameters = (parameters == null) ? new HashMap<String, Object>() : new HashMap<String, Object>(parameters); List<IngestionFileEntry> entries = controlFile.getFileEntries(); if (entries.size() < 1) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0003); return false; } try { zipFileEntries = ZipFileUtil.getZipFileEntries(controlFile.getParentZipFileOrDirectory()); } catch (IOException e) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0020, controlFile.getParentZipFileOrDirectory()); return false; } if (zipFileEntries != null) { localParameters.put(ZIPFILE_ENTRIES, zipFileEntries); } boolean isValid = true; for (IngestionFileEntry entry : entries) { if (!isValid(entry, report, reportStats, source, localParameters)) { entry.setValid(false); isValid = false; } } if (!isValid && !reportStats.hasErrors()) { report.error(reportStats, new ControlFileSource(source.getResourceId(), controlFile), BaseMessageCode.BASE_0002); return false; } return isValid; } List<Validator<IngestionFileEntry>> getIngestionFileValidators(); void setIngestionFileValidators(List<Validator<IngestionFileEntry>> ingestionFileValidators); @Override boolean isValid(ControlFile controlFile, AbstractMessageReport report, ReportStats reportStats,
Source source, Map<String, Object> parameters); @Override String getStageName(); static final String ZIPFILE_ENTRIES; }
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@Test public void testWriteComment() throws IOException, XMLStreamException { out.writeComment("This is a comment"); assertOutput("<!--This is a comment-->"); }
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@Override public void writeComment(final String data) throws XMLStreamException { next.writeComment(data); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeComment(final String data) throws XMLStreamException { next.writeComment(data); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeComment(final String data) throws XMLStreamException { next.writeComment(data); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeComment(final String data) throws XMLStreamException { next.writeComment(data); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeComment(final String data) throws XMLStreamException { next.writeComment(data); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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@Test public void testWriteCharacters() throws IOException, XMLStreamException { out.writeCharacters("This is string 1."); out.writeCharacters("This is string 2.".toCharArray(), 0, 7); assertOutput("This is string 1.This is"); }
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@Override public void writeCharacters(final String text) throws XMLStreamException { state = State.SEEN_DATA; next.writeCharacters(text); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeCharacters(final String text) throws XMLStreamException { state = State.SEEN_DATA; next.writeCharacters(text); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeCharacters(final String text) throws XMLStreamException { state = State.SEEN_DATA; next.writeCharacters(text); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeCharacters(final String text) throws XMLStreamException { state = State.SEEN_DATA; next.writeCharacters(text); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeCharacters(final String text) throws XMLStreamException { state = State.SEEN_DATA; next.writeCharacters(text); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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@Test public void testWriteDTD() throws IOException, XMLStreamException { out.writeDTD("This is DTD"); assertOutput("This is DTD"); }
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@Override public void writeDTD(final String dtd) throws XMLStreamException { next.writeDTD(dtd); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeDTD(final String dtd) throws XMLStreamException { next.writeDTD(dtd); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeDTD(final String dtd) throws XMLStreamException { next.writeDTD(dtd); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeDTD(final String dtd) throws XMLStreamException { next.writeDTD(dtd); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeDTD(final String dtd) throws XMLStreamException { next.writeDTD(dtd); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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@Test public void testWriteNamespace() throws IOException, XMLStreamException { out.writeStartElement("element1"); out.writeDefaultNamespace(DEFAULT_NAMESPACE); out.writeEndElement(); assertOutput("<element1 xmlns=\"" + DEFAULT_NAMESPACE + "\"></element1>"); out.writeStartElement("element2"); out.writeNamespace(PREFIX, NAMESPACE); out.writeEndElement(); assertOutput("<element2 xmlns:" + PREFIX + "=\"" + NAMESPACE + "\"></element2>"); }
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@Override public void writeNamespace(final String prefix, final String namespaceURI) throws XMLStreamException { next.writeNamespace(prefix, namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeNamespace(final String prefix, final String namespaceURI) throws XMLStreamException { next.writeNamespace(prefix, namespaceURI); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeNamespace(final String prefix, final String namespaceURI) throws XMLStreamException { next.writeNamespace(prefix, namespaceURI); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeNamespace(final String prefix, final String namespaceURI) throws XMLStreamException { next.writeNamespace(prefix, namespaceURI); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void writeNamespace(final String prefix, final String namespaceURI) throws XMLStreamException { next.writeNamespace(prefix, namespaceURI); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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@Test public void testGetNamespaceContext() { NamespaceContext context = out.getNamespaceContext(); assertTrue(context.getNamespaceURI(NAMESPACE).equals(NAMESPACE)); }
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@Override public NamespaceContext getNamespaceContext() { return next.getNamespaceContext(); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public NamespaceContext getNamespaceContext() { return next.getNamespaceContext(); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public NamespaceContext getNamespaceContext() { return next.getNamespaceContext(); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public NamespaceContext getNamespaceContext() { return next.getNamespaceContext(); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public NamespaceContext getNamespaceContext() { return next.getNamespaceContext(); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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@Test public void testGetPrefix() throws XMLStreamException { String prefix = out.getPrefix(DEFAULT_NAMESPACE); assertTrue(prefix.equals(DEFAULT_PREFIX)); prefix = out.getPrefix(NAMESPACE); assertTrue(prefix.equals(PREFIX)); }
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@Override public String getPrefix(final String uri) throws XMLStreamException { return next.getPrefix(uri); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public String getPrefix(final String uri) throws XMLStreamException { return next.getPrefix(uri); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public String getPrefix(final String uri) throws XMLStreamException { return next.getPrefix(uri); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public String getPrefix(final String uri) throws XMLStreamException { return next.getPrefix(uri); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public String getPrefix(final String uri) throws XMLStreamException { return next.getPrefix(uri); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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@Test(expected = NullPointerException.class) public void testClose() throws XMLStreamException { out.close(); out.writeEmptyElement("test"); }
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@Override public void close() throws XMLStreamException { next.close(); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void close() throws XMLStreamException { next.close(); } }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void close() throws XMLStreamException { next.close(); } IndentingXMLStreamWriter(final XMLStreamWriter next); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void close() throws XMLStreamException { next.close(); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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IndentingXMLStreamWriter implements XMLStreamWriter { @Override public void close() throws XMLStreamException { next.close(); } IndentingXMLStreamWriter(final XMLStreamWriter next); @Override void close(); @Override void flush(); @Override NamespaceContext getNamespaceContext(); @Override String getPrefix(final String uri); @Override Object getProperty(final String name); @Override void setDefaultNamespace(final String uri); @Override void setNamespaceContext(final NamespaceContext context); @Override void setPrefix(final String prefix, final String uri); @Override void writeAttribute(final String localName, final String value); @Override void writeAttribute(final String namespaceURI, final String localName, final String value); @Override void writeAttribute(final String prefix, final String namespaceURI, final String localName,
final String value); @Override void writeCData(final String data); @Override void writeCharacters(final String text); @Override void writeCharacters(final char[] text, final int start, final int len); @Override void writeComment(final String data); @Override void writeDTD(final String dtd); @Override void writeDefaultNamespace(final String namespaceURI); @Override void writeEmptyElement(final String localName); @Override void writeEmptyElement(final String namespaceURI, final String localName); @Override void writeEmptyElement(final String prefix, final String localName, final String namespaceURI); @Override void writeEndDocument(); @Override void writeEndElement(); @Override void writeEntityRef(final String name); @Override void writeNamespace(final String prefix, final String namespaceURI); @Override void writeProcessingInstruction(final String target); @Override void writeProcessingInstruction(final String target, final String data); @Override void writeStartDocument(); @Override void writeStartDocument(final String version); @Override void writeStartDocument(final String encoding, final String version); @Override void writeStartElement(final String localName); @Override void writeStartElement(final String namespaceURI, final String localName); @Override void writeStartElement(final String prefix, final String localName, final String namespaceURI); }
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