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@Test public void testReverseAddingColumn() { appleTable = table("Apple") .columns( idColumn(), versionColumn(), column("pips", DataType.STRING, 10).nullable(), column("colour", DataType.STRING, 10).nullable() ); Schema testSchema = schema(appleTable); Schema downGradedSchema = addColumn.reverse(testSchema); Table resultTable = downGradedSchema.getTable("Apple"); assertNotNull(resultTable); assertEquals("Post upgrade column count", 3, resultTable.columns().size()); assertEquals("Post upgrade existing column name", "pips", resultTable.columns().get(2).getName()); }
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@Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); }
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AddColumn implements SchemaChange { @Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); } }
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AddColumn implements SchemaChange { @Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); } AddColumn(String tableName, Column column); }
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AddColumn implements SchemaChange { @Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); } AddColumn(String tableName, Column column); @Override Schema reverse(Schema metadata); @Override Schema apply(Schema schema); String getTableName(); @Override boolean isApplied(Schema schema, ConnectionResources database); Column getNewColumnDefinition(); @Override void accept(SchemaChangeVisitor visitor); }
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AddColumn implements SchemaChange { @Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); } AddColumn(String tableName, Column column); @Override Schema reverse(Schema metadata); @Override Schema apply(Schema schema); String getTableName(); @Override boolean isApplied(Schema schema, ConnectionResources database); Column getNewColumnDefinition(); @Override void accept(SchemaChangeVisitor visitor); }
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@Test public void testRemovingNonExistantColumn() { Schema testSchema = schema(appleTable); try { addColumn.reverse(testSchema); fail("Should fail since column is not there"); } catch (Exception e) { } }
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@Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); }
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AddColumn implements SchemaChange { @Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); } }
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AddColumn implements SchemaChange { @Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); } AddColumn(String tableName, Column column); }
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AddColumn implements SchemaChange { @Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); } AddColumn(String tableName, Column column); @Override Schema reverse(Schema metadata); @Override Schema apply(Schema schema); String getTableName(); @Override boolean isApplied(Schema schema, ConnectionResources database); Column getNewColumnDefinition(); @Override void accept(SchemaChangeVisitor visitor); }
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AddColumn implements SchemaChange { @Override public Schema reverse(Schema metadata) { Table original = metadata.getTable(tableName); List<String> columns = new ArrayList<>(); boolean found = false; for (Column column : original.columns()) { if (column.getName().equalsIgnoreCase(newColumnDefinition.getName())) { found = true; } else { columns.add(column.getName()); } } if (!found) { String columnsInTargetTable = original.columns().toString(); throw new IllegalStateException( "Column [" + newColumnDefinition + "] not found in table [" + tableName + "] so it could not be removed.\n" + "Columns in target table [" + tableName + "]:\n" + columnsInTargetTable.replace(",", ",\n") ); } return new TableOverrideSchema(metadata, new AlteredTable(original, columns)); } AddColumn(String tableName, Column column); @Override Schema reverse(Schema metadata); @Override Schema apply(Schema schema); String getTableName(); @Override boolean isApplied(Schema schema, ConnectionResources database); Column getNewColumnDefinition(); @Override void accept(SchemaChangeVisitor visitor); }
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@Test public void testChangePrimaryKeyColumnsGeneration() { List<String> fromList = ImmutableList.of("column1", "column2", "column3"); List<String> newList = ImmutableList.of("column4", "column5"); assertEquals("Should have the correct text - Simple", "Change primary key columns on my_table from (column1, column2, column3) to (column4, column5)", HumanReadableStatementHelper.generateChangePrimaryKeyColumnsString("my_table", fromList, newList)); }
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public static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns) { StringBuilder changePrimaryKeyColumnsBuilder = new StringBuilder(); changePrimaryKeyColumnsBuilder.append(String.format("Change primary key columns on %s from %s to %s", tableName, "(" + Joiner.on(", ").join(oldPrimaryKeyColumns) + ")", "(" + Joiner.on(", ").join(newPrimaryKeyColumns) + ")")); return changePrimaryKeyColumnsBuilder.toString(); }
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HumanReadableStatementHelper { public static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns) { StringBuilder changePrimaryKeyColumnsBuilder = new StringBuilder(); changePrimaryKeyColumnsBuilder.append(String.format("Change primary key columns on %s from %s to %s", tableName, "(" + Joiner.on(", ").join(oldPrimaryKeyColumns) + ")", "(" + Joiner.on(", ").join(newPrimaryKeyColumns) + ")")); return changePrimaryKeyColumnsBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns) { StringBuilder changePrimaryKeyColumnsBuilder = new StringBuilder(); changePrimaryKeyColumnsBuilder.append(String.format("Change primary key columns on %s from %s to %s", tableName, "(" + Joiner.on(", ").join(oldPrimaryKeyColumns) + ")", "(" + Joiner.on(", ").join(newPrimaryKeyColumns) + ")")); return changePrimaryKeyColumnsBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns) { StringBuilder changePrimaryKeyColumnsBuilder = new StringBuilder(); changePrimaryKeyColumnsBuilder.append(String.format("Change primary key columns on %s from %s to %s", tableName, "(" + Joiner.on(", ").join(oldPrimaryKeyColumns) + ")", "(" + Joiner.on(", ").join(newPrimaryKeyColumns) + ")")); return changePrimaryKeyColumnsBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns) { StringBuilder changePrimaryKeyColumnsBuilder = new StringBuilder(); changePrimaryKeyColumnsBuilder.append(String.format("Change primary key columns on %s from %s to %s", tableName, "(" + Joiner.on(", ").join(oldPrimaryKeyColumns) + ")", "(" + Joiner.on(", ").join(newPrimaryKeyColumns) + ")")); return changePrimaryKeyColumnsBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddColumnGeneration() { assertEquals("Should have correct text - NON NULL STRING", "Add a non-null column to my_table called newColumn [STRING(10)]", HumanReadableStatementHelper.generateAddColumnString("my_table", column("newColumn", DataType.STRING, 10))); assertEquals("Should have correct text - NULLABLE STRING", "Add a nullable column to my_table called newColumn [STRING(10)]", HumanReadableStatementHelper.generateAddColumnString("my_table", column("newColumn", DataType.STRING, 10).nullable())); assertEquals("Should have correct text - NON NULL DECIMAL", "Add a non-null column to my_table called newColumn [DECIMAL(9,5)]", HumanReadableStatementHelper.generateAddColumnString("my_table", column("newColumn", DataType.DECIMAL, 9, 5))); assertEquals("Should have correct text - NULLABLE DECIMAL", "Add a nullable column to my_table called newColumn [DECIMAL(9,5)]", HumanReadableStatementHelper.generateAddColumnString("my_table", column("newColumn", DataType.DECIMAL, 9, 5).nullable())); assertEquals("Should have correct text - NON NULL DECIMAL 2", "Add a non-null column to my_table called newColumn [DECIMAL(9,0)]", HumanReadableStatementHelper.generateAddColumnString("my_table", column("newColumn", DataType.DECIMAL, 9, 0))); assertEquals("Should have correct text - NULLABLE DECIMAL 2", "Add a nullable column to my_table called newColumn [DECIMAL(9,0)]", HumanReadableStatementHelper.generateAddColumnString("my_table", column("newColumn", DataType.DECIMAL, 9, 0).nullable())); assertEquals("Should have correct text - NON NULL WITH DEFAULT", "Add a non-null column to my_table called newColumn [STRING(1)], set to 'N'", HumanReadableStatementHelper.generateAddColumnString("my_table", column("newColumn", DataType.STRING, 1).defaultValue("N"))); assertEquals("Should have correct text - NON NULL POPULATED ", "Add a non-null column to my_table called newColumn [STRING(1)], set to 'N'", HumanReadableStatementHelper.generateAddColumnString("my_table", column("newColumn", DataType.STRING, 1), new FieldLiteral("N"))); }
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public static String generateAddColumnString(final String tableName, final Column definition) { return String.format("Add a %s column to %s called %s [%s]%s", generateNullableString(definition), tableName, definition.getName(), generateColumnDefinitionString(definition), generateColumnDefaultValueClause(definition)); }
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HumanReadableStatementHelper { public static String generateAddColumnString(final String tableName, final Column definition) { return String.format("Add a %s column to %s called %s [%s]%s", generateNullableString(definition), tableName, definition.getName(), generateColumnDefinitionString(definition), generateColumnDefaultValueClause(definition)); } }
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HumanReadableStatementHelper { public static String generateAddColumnString(final String tableName, final Column definition) { return String.format("Add a %s column to %s called %s [%s]%s", generateNullableString(definition), tableName, definition.getName(), generateColumnDefinitionString(definition), generateColumnDefaultValueClause(definition)); } }
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HumanReadableStatementHelper { public static String generateAddColumnString(final String tableName, final Column definition) { return String.format("Add a %s column to %s called %s [%s]%s", generateNullableString(definition), tableName, definition.getName(), generateColumnDefinitionString(definition), generateColumnDefaultValueClause(definition)); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddColumnString(final String tableName, final Column definition) { return String.format("Add a %s column to %s called %s [%s]%s", generateNullableString(definition), tableName, definition.getName(), generateColumnDefinitionString(definition), generateColumnDefaultValueClause(definition)); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddIndexGeneration() { assertEquals("Should have correct text - Unique", "Add unique index called my_table_1 to my_table", HumanReadableStatementHelper.generateAddIndexString("my_table", index("my_table_1").unique().columns("columnOne", "columnTwo"))); assertEquals("Should have correct text - Unique", "Add non-unique index called my_table_1 to my_table", HumanReadableStatementHelper.generateAddIndexString("my_table", index("my_table_1").columns("columnOne", "columnTwo"))); }
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public static String generateAddIndexString(final String tableName, final Index index) { return String.format("Add %s index called %s to %s", generateUniqueIndexString(index), index.getName(), tableName); }
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HumanReadableStatementHelper { public static String generateAddIndexString(final String tableName, final Index index) { return String.format("Add %s index called %s to %s", generateUniqueIndexString(index), index.getName(), tableName); } }
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HumanReadableStatementHelper { public static String generateAddIndexString(final String tableName, final Index index) { return String.format("Add %s index called %s to %s", generateUniqueIndexString(index), index.getName(), tableName); } }
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HumanReadableStatementHelper { public static String generateAddIndexString(final String tableName, final Index index) { return String.format("Add %s index called %s to %s", generateUniqueIndexString(index), index.getName(), tableName); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddIndexString(final String tableName, final Index index) { return String.format("Add %s index called %s to %s", generateUniqueIndexString(index), index.getName(), tableName); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddTableOneColumnNoIndex() { Table newTable = table("new_table").columns( column("column_one", DataType.STRING, 10) ); assertEquals( String.format("Create table new_table with 1 column and no indexes" + "%n - A non-null column called column_one [STRING(10)]"), HumanReadableStatementHelper.generateAddTableString(newTable) ); }
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public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testIncludeTableWithSpecificRowCount() { final MockTableOutputter outputter = new MockTableOutputter(); SpreadsheetDataSetConsumer consumer = new SpreadsheetDataSetConsumer( mock(OutputStream.class), Optional.<Map<String, Integer>>of(ImmutableMap.of("COMPANY", 5)), outputter ); consumer.table(table("Company"), NO_RECORDS); assertEquals("Table passed through for output", "Company", outputter.tableReceived); assertEquals("Number of rows desired", Integer.valueOf(5), outputter.rowCountReceived); }
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@Override public void table(Table table, Iterable<Record> records) { Integer maxSampleRows = DEFAULT_SAMPLE_ROWS; if (rowsPerTable.isPresent()) { maxSampleRows = rowsPerTable.get().get(table.getName().toUpperCase()); } if (maxSampleRows == null) { log.info("File [" + table.getName() + "] excluded in configuration." ); } else if (tableOutputter.tableHasUnsupportedColumns(table)) { log.info("File [" + table.getName() + "] skipped - unsupported columns." ); } else { log.info("File [" + table.getName() + "] generating..." ); tableOutputter.table(maxSampleRows, workbook, table, records); } }
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SpreadsheetDataSetConsumer implements DataSetConsumer { @Override public void table(Table table, Iterable<Record> records) { Integer maxSampleRows = DEFAULT_SAMPLE_ROWS; if (rowsPerTable.isPresent()) { maxSampleRows = rowsPerTable.get().get(table.getName().toUpperCase()); } if (maxSampleRows == null) { log.info("File [" + table.getName() + "] excluded in configuration." ); } else if (tableOutputter.tableHasUnsupportedColumns(table)) { log.info("File [" + table.getName() + "] skipped - unsupported columns." ); } else { log.info("File [" + table.getName() + "] generating..." ); tableOutputter.table(maxSampleRows, workbook, table, records); } } }
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SpreadsheetDataSetConsumer implements DataSetConsumer { @Override public void table(Table table, Iterable<Record> records) { Integer maxSampleRows = DEFAULT_SAMPLE_ROWS; if (rowsPerTable.isPresent()) { maxSampleRows = rowsPerTable.get().get(table.getName().toUpperCase()); } if (maxSampleRows == null) { log.info("File [" + table.getName() + "] excluded in configuration." ); } else if (tableOutputter.tableHasUnsupportedColumns(table)) { log.info("File [" + table.getName() + "] skipped - unsupported columns." ); } else { log.info("File [" + table.getName() + "] generating..." ); tableOutputter.table(maxSampleRows, workbook, table, records); } } SpreadsheetDataSetConsumer(OutputStream documentOutputStream); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable,
AdditionalSchemaData additionalSchemaData); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable,
TableOutputter tableOutputter); }
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SpreadsheetDataSetConsumer implements DataSetConsumer { @Override public void table(Table table, Iterable<Record> records) { Integer maxSampleRows = DEFAULT_SAMPLE_ROWS; if (rowsPerTable.isPresent()) { maxSampleRows = rowsPerTable.get().get(table.getName().toUpperCase()); } if (maxSampleRows == null) { log.info("File [" + table.getName() + "] excluded in configuration." ); } else if (tableOutputter.tableHasUnsupportedColumns(table)) { log.info("File [" + table.getName() + "] skipped - unsupported columns." ); } else { log.info("File [" + table.getName() + "] generating..." ); tableOutputter.table(maxSampleRows, workbook, table, records); } } SpreadsheetDataSetConsumer(OutputStream documentOutputStream); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable,
AdditionalSchemaData additionalSchemaData); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable,
TableOutputter tableOutputter); @Override void open(); void createIndex(); @Override void close(CloseState closeState); @Override void table(Table table, Iterable<Record> records); }
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SpreadsheetDataSetConsumer implements DataSetConsumer { @Override public void table(Table table, Iterable<Record> records) { Integer maxSampleRows = DEFAULT_SAMPLE_ROWS; if (rowsPerTable.isPresent()) { maxSampleRows = rowsPerTable.get().get(table.getName().toUpperCase()); } if (maxSampleRows == null) { log.info("File [" + table.getName() + "] excluded in configuration." ); } else if (tableOutputter.tableHasUnsupportedColumns(table)) { log.info("File [" + table.getName() + "] skipped - unsupported columns." ); } else { log.info("File [" + table.getName() + "] generating..." ); tableOutputter.table(maxSampleRows, workbook, table, records); } } SpreadsheetDataSetConsumer(OutputStream documentOutputStream); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable,
AdditionalSchemaData additionalSchemaData); SpreadsheetDataSetConsumer(
OutputStream documentOutputStream,
Optional<Map<String, Integer>> rowsPerTable,
TableOutputter tableOutputter); @Override void open(); void createIndex(); @Override void close(CloseState closeState); @Override void table(Table table, Iterable<Record> records); }
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@Test public void testAddTableFromSelectSingleColumn() { Table newTable = table("new_table").columns( column("column_one", DataType.STRING, 10) ); assertEquals( String.format("Create table new_table with 1 column and no indexes" + "%n - A non-null column called column_one [STRING(10)] from foo from Wherever where bar is 1"), HumanReadableStatementHelper.generateAddTableFromString(newTable, select(field("foo")).from("Wherever").where(field("bar").eq(1))) ); }
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public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); }
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HumanReadableStatementHelper { public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddTableFromSelectMultiColumn() { Table newTable = table("new_table").columns( column("column_one", DataType.STRING, 10), column("column_two", DataType.STRING, 10) ); assertEquals( String.format("Create table new_table with 2 columns and no indexes" + "%n - A non-null column called column_one [STRING(10)]" + "%n - A non-null column called column_two [STRING(10)] from foo, bar from Wherever where bar is 1"), HumanReadableStatementHelper.generateAddTableFromString(newTable, select(field("foo"), field("bar")).from("Wherever").where(field("bar").eq(1))) ); }
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public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); }
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HumanReadableStatementHelper { public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement) { StringBuilder addTableBuilder = new StringBuilder() .append(generateAddTableString(definition)); addTableBuilder .append(" from ") .append(generateSelectStatementString(selectStatement, false)); return addTableBuilder .toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddTableOneColumnOneIndex() { Table newTable = table("new_table").columns( column("column_one", DataType.STRING, 10) ).indexes( index("new_table_1").unique().columns("column_one") ); assertEquals( String.format("Create table new_table with 1 column and 1 index" + "%n - A non-null column called column_one [STRING(10)]"), HumanReadableStatementHelper.generateAddTableString(newTable) ); }
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public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddTableTwoColumnsNoIndex() { Table newTable = table("new_table").columns( column("column_one", DataType.STRING, 10), column("column_two", DataType.DECIMAL, 9, 5).nullable() ); assertEquals( String.format("Create table new_table with 2 columns and no indexes" + "%n - A non-null column called column_one [STRING(10)]" + "%n - A nullable column called column_two [DECIMAL(9,5)]"), HumanReadableStatementHelper.generateAddTableString(newTable) ); }
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public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddTableTwoColumnsOneIndex() { Table newTable = table("new_table").columns( column("column_one", DataType.STRING, 10), column("column_two", DataType.DECIMAL, 9, 5).nullable() ).indexes( index("new_table_1").unique().columns("column_one") ); assertEquals( String.format("Create table new_table with 2 columns and 1 index" + "%n - A non-null column called column_one [STRING(10)]" + "%n - A nullable column called column_two [DECIMAL(9,5)]"), HumanReadableStatementHelper.generateAddTableString(newTable) ); }
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public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddTableTwoColumnsTwoIndexes() { Table newTable = table("new_table").columns( column("column_one", DataType.STRING, 10), column("column_two", DataType.DECIMAL, 9, 5).nullable() ).indexes( index("new_table_1").unique().columns("column_one"), index("new_table_2").columns("column_two") ); assertEquals( String.format("Create table new_table with 2 columns and 2 indexes" + "%n - A non-null column called column_one [STRING(10)]" + "%n - A nullable column called column_two [DECIMAL(9,5)]"), HumanReadableStatementHelper.generateAddTableString(newTable) ); }
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public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testAddTableTenColumns() { Table newTable = table("new_table").columns( column("column_one", DataType.STRING, 10).defaultValue("Foo"), column("column_two", DataType.STRING, 1).nullable(), column("column_three", DataType.DECIMAL, 9, 5), column("column_four", DataType.DECIMAL, 15, 0).nullable(), column("column_five", DataType.INTEGER).defaultValue("42"), column("column_six", DataType.INTEGER).nullable(), column("column_seven", DataType.BIG_INTEGER), column("column_eight", DataType.BIG_INTEGER).nullable(), column("column_bool", DataType.BOOLEAN), column("column_nullbool", DataType.BOOLEAN).nullable(), column("column_date", DataType.DATE), column("column_nulldate", DataType.DATE).nullable(), column("column_clob", DataType.CLOB), column("column_nullclob", DataType.CLOB).nullable(), column("column_nine", DataType.BLOB), column("column_ten", DataType.BLOB).nullable() ); assertEquals( String.format("Create table new_table with 16 columns and no indexes" + "%n - A non-null column called column_one [STRING(10)], set to 'Foo'" + "%n - A nullable column called column_two [STRING(1)]" + "%n - A non-null column called column_three [DECIMAL(9,5)]" + "%n - A nullable column called column_four [DECIMAL(15,0)]" + "%n - A non-null column called column_five [INTEGER], set to 42" + "%n - A nullable column called column_six [INTEGER]" + "%n - A non-null column called column_seven [BIG_INTEGER]" + "%n - A nullable column called column_eight [BIG_INTEGER]" + "%n - A non-null column called column_bool [BOOLEAN]" + "%n - A nullable column called column_nullbool [BOOLEAN]" + "%n - A non-null column called column_date [DATE]" + "%n - A nullable column called column_nulldate [DATE]" + "%n - A non-null column called column_clob [CLOB]" + "%n - A nullable column called column_nullclob [CLOB]" + "%n - A non-null column called column_nine [BLOB]" + "%n - A nullable column called column_ten [BLOB]"), HumanReadableStatementHelper.generateAddTableString(newTable) ); }
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public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateAddTableString(final Table definition) { StringBuilder addTableBuilder = new StringBuilder(); addTableBuilder.append(String.format("Create table %s with %s and %s", definition.getName(), generateColumnCountString(definition.columns().size()), generateIndexCountString(definition.indexes().size())) ); for (Column column : definition.columns()) { addTableBuilder.append(generateNewTableColumnString(column)); } return addTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testChangeColumnGeneration() { assertEquals("Should have the correct text - Lengthen String", "Change column columnOne on my_table from non-null STRING(10) to non-null STRING(20)", HumanReadableStatementHelper.generateChangeColumnString("my_table", column("columnOne", DataType.STRING, 10), column("columnOne", DataType.STRING, 20))); assertEquals("Should have the correct text - Change nullability String", "Change column columnOne on my_table from non-null STRING(10) to nullable STRING(10)", HumanReadableStatementHelper.generateChangeColumnString("my_table", column("columnOne", DataType.STRING, 10), column("columnOne", DataType.STRING, 10).nullable())); assertEquals("Should have the correct text - Change column type", "Change column columnOne on my_table from non-null STRING(10) to non-null DECIMAL(9,5)", HumanReadableStatementHelper.generateChangeColumnString("my_table", column("columnOne", DataType.STRING, 10), column("columnOne", DataType.DECIMAL, 9, 5))); }
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public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); }
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HumanReadableStatementHelper { public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); } }
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HumanReadableStatementHelper { public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); } }
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HumanReadableStatementHelper { public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testRenameColumnGeneration() { assertEquals("Should have the correct text - Rename no length change", "Rename non-null column columnOne [STRING(10)] on my_table to non-null columnTwo [STRING(10)]", HumanReadableStatementHelper.generateChangeColumnString("my_table", column("columnOne", DataType.STRING, 10), column("columnTwo", DataType.STRING, 10))); assertEquals("Should have the correct text - Rename with length change", "Rename non-null column columnOne [STRING(10)] on my_table to non-null columnTwo [STRING(20)]", HumanReadableStatementHelper.generateChangeColumnString("my_table", column("columnOne", DataType.STRING, 10), column("columnTwo", DataType.STRING, 20))); assertEquals("Should have the correct text - Rename with null change", "Rename non-null column columnOne [STRING(10)] on my_table to nullable columnTwo [STRING(10)]", HumanReadableStatementHelper.generateChangeColumnString("my_table", column("columnOne", DataType.STRING, 10), column("columnTwo", DataType.STRING, 10).nullable())); }
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public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); }
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HumanReadableStatementHelper { public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); } }
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HumanReadableStatementHelper { public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); } }
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HumanReadableStatementHelper { public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition) { if (fromDefinition.getName().equals(toDefinition.getName())) { return String.format("Change column %s on %s from %s %s to %s %s", fromDefinition.getName(), tableName, generateNullableString(fromDefinition), generateColumnDefinitionString(fromDefinition), generateNullableString(toDefinition), generateColumnDefinitionString(toDefinition)); } return String.format("Rename %s column %s [%s] on %s to %s %s [%s]", generateNullableString(fromDefinition), fromDefinition.getName(), generateColumnDefinitionString(fromDefinition), tableName, generateNullableString(toDefinition), toDefinition.getName(), generateColumnDefinitionString(toDefinition)); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testChangeIndexGeneration() { assertEquals("Should have the correct text - Change to non-unique", "Change unique index my_table_1 on my_table to be non-unique", HumanReadableStatementHelper.generateChangeIndexString("my_table", index("my_table_1").unique().columns("columnOne", "columnTwo"), index("my_table_1").columns("columnOne", "columnTwo"))); assertEquals("Should have the correct text - Change to unique", "Change non-unique index my_table_1 on my_table to be unique", HumanReadableStatementHelper.generateChangeIndexString("my_table", index("my_table_1").columns("columnOne", "columnTwo"), index("my_table_1").unique().columns("columnOne", "columnTwo"))); assertEquals("Should have the correct text - No change", "Change unique index my_table_1 on my_table", HumanReadableStatementHelper.generateChangeIndexString("my_table", index("my_table_1").unique().columns("columnOne", "columnTwo"), index("my_table_1").unique().columns("columnOne", "columnTwo"))); }
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public static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex) { if (fromIndex.isUnique() == toIndex.isUnique()) { return String.format("Change %s index %s on %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName); } return String.format("Change %s index %s on %s to be %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName, generateUniqueIndexString(toIndex)); }
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HumanReadableStatementHelper { public static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex) { if (fromIndex.isUnique() == toIndex.isUnique()) { return String.format("Change %s index %s on %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName); } return String.format("Change %s index %s on %s to be %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName, generateUniqueIndexString(toIndex)); } }
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HumanReadableStatementHelper { public static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex) { if (fromIndex.isUnique() == toIndex.isUnique()) { return String.format("Change %s index %s on %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName); } return String.format("Change %s index %s on %s to be %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName, generateUniqueIndexString(toIndex)); } }
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HumanReadableStatementHelper { public static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex) { if (fromIndex.isUnique() == toIndex.isUnique()) { return String.format("Change %s index %s on %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName); } return String.format("Change %s index %s on %s to be %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName, generateUniqueIndexString(toIndex)); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex) { if (fromIndex.isUnique() == toIndex.isUnique()) { return String.format("Change %s index %s on %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName); } return String.format("Change %s index %s on %s to be %s", generateUniqueIndexString(fromIndex), fromIndex.getName(), tableName, generateUniqueIndexString(toIndex)); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testIsEmptyDatabase() throws SQLException { String query1 = "SELECT A.TABLE_NAME, A.COLUMN_NAME FROM ALL_CONS_COLUMNS A JOIN ALL_CONSTRAINTS C ON A.CONSTRAINT_NAME = C.CONSTRAINT_NAME AND A.OWNER = C.OWNER and A.TABLE_NAME = C.TABLE_NAME WHERE C.TABLE_NAME not like 'BIN$%' AND " + "C.OWNER=? AND C.CONSTRAINT_TYPE = 'P' ORDER BY A.TABLE_NAME, A.POSITION"; final PreparedStatement statement1 = mock(PreparedStatement.class, RETURNS_SMART_NULLS); String query2 = "SELECT A.TABLE_NAME, A.COLUMN_NAME FROM ALL_CONS_COLUMNS A JOIN ALL_CONSTRAINTS C ON A.CONSTRAINT_NAME = C.CONSTRAINT_NAME AND A.OWNER = C.OWNER and A.TABLE_NAME = C.TABLE_NAME WHERE C.TABLE_NAME not like 'BIN$%' AND " + "C.OWNER=? AND C.CONSTRAINT_TYPE = 'P' ORDER BY A.TABLE_NAME, A.POSITION"; final PreparedStatement statement2 = mock(PreparedStatement.class, RETURNS_SMART_NULLS); final Schema oracleMetaDataProvider = oracle.openSchema(connection, "TESTDATABASE", "TESTSCHEMA"); when(connection.prepareStatement(query1)).thenReturn(statement1); when(statement1.executeQuery()).thenAnswer(new ReturnMockResultSet(0)); assertTrue("Database should be reported empty", oracleMetaDataProvider.isEmptyDatabase()); when(connection.prepareStatement(query2)).thenReturn(statement2); when(statement2.executeQuery()).thenAnswer(new ReturnMockResultSet(1)); assertFalse("Database should not be reported empty", oracleMetaDataProvider.isEmptyDatabase()); verify(statement1).setString(1, "TESTSCHEMA"); verify(statement2).setString(1, "TESTSCHEMA"); }
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@Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); }
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OracleMetaDataProvider implements Schema { @Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); } }
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OracleMetaDataProvider implements Schema { @Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); } OracleMetaDataProvider(Connection connection, String schemaName); }
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OracleMetaDataProvider implements Schema { @Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); } OracleMetaDataProvider(Connection connection, String schemaName); @Override boolean isEmptyDatabase(); @Override boolean tableExists(String name); @Override Table getTable(String name); @Override Collection<String> tableNames(); @Override Collection<Table> tables(); @Override boolean viewExists(String name); @Override View getView(String name); @Override Collection<String> viewNames(); @Override Collection<View> views(); }
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OracleMetaDataProvider implements Schema { @Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); } OracleMetaDataProvider(Connection connection, String schemaName); @Override boolean isEmptyDatabase(); @Override boolean tableExists(String name); @Override Table getTable(String name); @Override Collection<String> tableNames(); @Override Collection<Table> tables(); @Override boolean viewExists(String name); @Override View getView(String name); @Override Collection<String> viewNames(); @Override Collection<View> views(); }
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@Test public void testRemoveColumnGeneration() { assertEquals("Should have the correct text - Simple", "Remove column columnOne from my_table", HumanReadableStatementHelper.generateRemoveColumnString("my_table", column("columnOne", DataType.STRING, 10))); }
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public static String generateRemoveColumnString(final String tableName, final Column definition) { return String.format("Remove column %s from %s", definition.getName(), tableName); }
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HumanReadableStatementHelper { public static String generateRemoveColumnString(final String tableName, final Column definition) { return String.format("Remove column %s from %s", definition.getName(), tableName); } }
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HumanReadableStatementHelper { public static String generateRemoveColumnString(final String tableName, final Column definition) { return String.format("Remove column %s from %s", definition.getName(), tableName); } }
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HumanReadableStatementHelper { public static String generateRemoveColumnString(final String tableName, final Column definition) { return String.format("Remove column %s from %s", definition.getName(), tableName); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateRemoveColumnString(final String tableName, final Column definition) { return String.format("Remove column %s from %s", definition.getName(), tableName); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testRemoveIndexGeneration() { assertEquals("Should have the correct text - Simple", "Remove index my_table_1 from my_table", HumanReadableStatementHelper.generateRemoveIndexString("my_table", index("my_table_1").unique().columns("columnOne", "columnTwo"))); }
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public static String generateRemoveIndexString(final String tableName, final Index index) { return String.format("Remove index %s from %s", index.getName(), tableName); }
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HumanReadableStatementHelper { public static String generateRemoveIndexString(final String tableName, final Index index) { return String.format("Remove index %s from %s", index.getName(), tableName); } }
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HumanReadableStatementHelper { public static String generateRemoveIndexString(final String tableName, final Index index) { return String.format("Remove index %s from %s", index.getName(), tableName); } }
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HumanReadableStatementHelper { public static String generateRemoveIndexString(final String tableName, final Index index) { return String.format("Remove index %s from %s", index.getName(), tableName); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateRemoveIndexString(final String tableName, final Index index) { return String.format("Remove index %s from %s", index.getName(), tableName); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testRemoveTableGeneration() { assertEquals("Should have the correct text - Simple", "Remove table my_table", HumanReadableStatementHelper.generateRemoveTableString(table("my_table"))); }
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public static String generateRemoveTableString(final Table table) { return String.format("Remove table %s", table.getName()); }
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HumanReadableStatementHelper { public static String generateRemoveTableString(final Table table) { return String.format("Remove table %s", table.getName()); } }
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HumanReadableStatementHelper { public static String generateRemoveTableString(final Table table) { return String.format("Remove table %s", table.getName()); } }
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HumanReadableStatementHelper { public static String generateRemoveTableString(final Table table) { return String.format("Remove table %s", table.getName()); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateRemoveTableString(final Table table) { return String.format("Remove table %s", table.getName()); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testRenameTableGeneration() { assertEquals("Should have the correct text - Simple", "Rename table my_table to your_table", HumanReadableStatementHelper.generateRenameTableString("my_table", "your_table")); }
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public static String generateRenameTableString(String from, String to) { StringBuilder renameTableBuilder = new StringBuilder(); renameTableBuilder.append(String.format("Rename table %s to %s", from, to)); return renameTableBuilder.toString(); }
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HumanReadableStatementHelper { public static String generateRenameTableString(String from, String to) { StringBuilder renameTableBuilder = new StringBuilder(); renameTableBuilder.append(String.format("Rename table %s to %s", from, to)); return renameTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateRenameTableString(String from, String to) { StringBuilder renameTableBuilder = new StringBuilder(); renameTableBuilder.append(String.format("Rename table %s to %s", from, to)); return renameTableBuilder.toString(); } }
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HumanReadableStatementHelper { public static String generateRenameTableString(String from, String to) { StringBuilder renameTableBuilder = new StringBuilder(); renameTableBuilder.append(String.format("Rename table %s to %s", from, to)); return renameTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateRenameTableString(String from, String to) { StringBuilder renameTableBuilder = new StringBuilder(); renameTableBuilder.append(String.format("Rename table %s to %s", from, to)); return renameTableBuilder.toString(); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testRenameIndexGeneration() { assertEquals("Should have the correct text - Simple", "Rename index SomeBadlyNamedTable_1 on SomeBadlyNamedTable to ABetterNamedTable_1", HumanReadableStatementHelper.generateRenameIndexString("SomeBadlyNamedTable", "SomeBadlyNamedTable_1", "ABetterNamedTable_1")); }
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public static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName) { return String.format("Rename index %s on %s to %s", fromIndexName, tableName, toIndexName); }
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HumanReadableStatementHelper { public static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName) { return String.format("Rename index %s on %s to %s", fromIndexName, tableName, toIndexName); } }
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HumanReadableStatementHelper { public static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName) { return String.format("Rename index %s on %s to %s", fromIndexName, tableName, toIndexName); } }
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HumanReadableStatementHelper { public static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName) { return String.format("Rename index %s on %s to %s", fromIndexName, tableName, toIndexName); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName) { return String.format("Rename index %s on %s to %s", fromIndexName, tableName, toIndexName); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testSingleRecordInsertStatementGeneration() { final InsertStatement statement = new InsertStatement() .into(new TableReference("TransactionCode")) .values(new FieldLiteral("Z02").as("transactionCode"), new FieldLiteral("Example Description").as("transactionDescription")); assertEquals("Data upgrade description incorrect", String.format("Add record into TransactionCode:" + "%n - Set transactionCode to 'Z02'" + "%n - Set transactionDescription to 'Example Description'"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testMultipleRecordInsertStatementGeneration() { final InsertStatement statement = new InsertStatement() .into(new TableReference("AgrmmentBllngAddrssFrmTmp")) .from( new SelectStatement(new FieldReference("agreementNumber"), new FieldReference("billingAddressFrameAgreement")) .from("AgreementbillingAddressFrame") .where(Criterion.eq(new FieldReference("extracted"), "N"))); assertEquals("Data upgrade description incorrect", String.format("Add records into AgrmmentBllngAddrssFrmTmp: agreementNumber and billingAddressFrameAgreement from AgreementbillingAddressFrame where extracted is 'N'"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testUpdateWithoutCriterionStatementGeneration() { final UpdateStatement statement = new UpdateStatement(new TableReference("GenericGlPosting")) .set(new FieldReference("currencyConversionDate").as("valueDate")); assertEquals("Data upgrade description incorrect", String.format("Update records in GenericGlPosting" + "%n - Set valueDate to currencyConversionDate's value"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testUpdateWithCriterionStatementGeneration() { final UpdateStatement statement = new UpdateStatement(new TableReference("Agreement")) .set(new NullFieldLiteral().as("frequency"), new NullFieldLiteral().as("unit")) .where(Criterion.and( Criterion.isNotNull(new FieldReference("documentCode")), Criterion.or( Criterion.isNull(new FieldReference("productCode")), Criterion.not(Criterion.in(new FieldReference("documentCode"), new SelectStatement(new FieldReference("documentCode")).from("Document")))))); assertEquals("Data upgrade description incorrect", String.format("Update Agreement where documentCode is not null and (productCode is null or documentCode is not in Document)" + "%n - Set frequency to null" + "%n - Set unit to null"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testDeleteWithoutCriterionStatementGeneration() { final DeleteStatement statement = new DeleteStatement(new TableReference("TransactionCode")); assertEquals("Data upgrade description incorrect", String.format("Delete all records in TransactionCode"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testCloseStatementOnException() throws SQLException { final PreparedStatement statement = mock(PreparedStatement.class, RETURNS_SMART_NULLS); doThrow(new SQLException("Test")).when(statement).setFetchSize(anyInt()); when(connection.prepareStatement(anyString())).thenReturn(statement); when(statement.executeQuery()).thenAnswer(new ReturnMockResultSet(1)); final Schema oracleMetaDataProvider = oracle.openSchema(connection, "TESTDATABASE", "TESTSCHEMA"); try { oracleMetaDataProvider.isEmptyDatabase(); fail("Exception expected"); } catch (RuntimeSqlException e) { verify(statement).close(); } }
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@Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); }
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OracleMetaDataProvider implements Schema { @Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); } }
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OracleMetaDataProvider implements Schema { @Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); } OracleMetaDataProvider(Connection connection, String schemaName); }
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OracleMetaDataProvider implements Schema { @Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); } OracleMetaDataProvider(Connection connection, String schemaName); @Override boolean isEmptyDatabase(); @Override boolean tableExists(String name); @Override Table getTable(String name); @Override Collection<String> tableNames(); @Override Collection<Table> tables(); @Override boolean viewExists(String name); @Override View getView(String name); @Override Collection<String> viewNames(); @Override Collection<View> views(); }
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OracleMetaDataProvider implements Schema { @Override public boolean isEmptyDatabase() { if (tableMap != null && !tableMap.isEmpty()) return false; return readTableKeys().isEmpty(); } OracleMetaDataProvider(Connection connection, String schemaName); @Override boolean isEmptyDatabase(); @Override boolean tableExists(String name); @Override Table getTable(String name); @Override Collection<String> tableNames(); @Override Collection<Table> tables(); @Override boolean viewExists(String name); @Override View getView(String name); @Override Collection<String> viewNames(); @Override Collection<View> views(); }
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@Test public void testDeleteWithCriterionStatementGeneration() { final DeleteStatement statement = new DeleteStatement(new TableReference("TransactionCode")) .where(Criterion.in(new FieldReference("transactionCode"), "Z02", "Z03")); assertEquals("Data upgrade description incorrect", String.format("Delete records in TransactionCode where transactionCode is in ('Z02', 'Z03')"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testTruncateStatementGeneration() { final TruncateStatement statement = new TruncateStatement(new TableReference("TransactionCode")); assertEquals("Data upgrade description incorrect", String.format("Delete all records in TransactionCode"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testMergeWithoutCriterionStatementGeneration() { final MergeStatement statement = new MergeStatement() .from(new SelectStatement().from("AgreementbillingAddressFrame")) .into(new TableReference("AgrmmentBllngAddrssFrmTmp")); assertEquals("Data upgrade description incorrect", String.format("Merge records into AgrmmentBllngAddrssFrmTmp from AgreementbillingAddressFrame"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testMergeWithCriterionStatementGeneration() { final MergeStatement statement = new MergeStatement() .from(new SelectStatement().from("AgreementbillingAddressFrame").where(Criterion.eq(new FieldReference("extracted"), "N"))) .into(new TableReference("AgrmmentBllngAddrssFrmTmp")); assertEquals("Data upgrade description incorrect", String.format("Merge records into AgrmmentBllngAddrssFrmTmp from AgreementbillingAddressFrame where extracted is 'N'"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testMergeWithNoSourceTable() { final MergeStatement statement = new MergeStatement() .from(new SelectStatement(new FieldLiteral("Z02").as("transactionCode"), new FieldLiteral("Modified example description").as("transactionDescription"))) .into(new TableReference("TransactionCode")); assertEquals("Data upgrade description incorrect", String.format("Merge record into TransactionCode:" + "%n - Set transactionCode to 'Z02'" + "%n - Set transactionDescription to 'Modified example description'"), HumanReadableStatementHelper.generateDataUpgradeString(statement, null)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testRawSQLStatementGeneration() { final PortableSqlStatement statement = new PortableSqlStatement() .add("FOO", String.format("mysql statements%non multiple lines%nend")) .add("BAR", "oracle statements"); final String oracleResult = HumanReadableStatementHelper.generateDataUpgradeString(statement, "BAR"); final String expectedOracleResult = String.format("Run the following raw SQL statement" + "%n - oracle statements"); assertEquals("Data upgrade description incorrect", expectedOracleResult, oracleResult); final String mySqlResult = HumanReadableStatementHelper.generateDataUpgradeString(statement, "FOO"); final String expectedMySqlResult = String.format("Run the following raw SQL statement" + "%n - mysql statements" + "%n on multiple lines" + "%n end"); assertEquals("Data upgrade description incorrect", expectedMySqlResult, mySqlResult); final String arbitraryResult = HumanReadableStatementHelper.generateDataUpgradeString(statement, null); assertTrue("Data upgrade description incorrect", expectedOracleResult.equals(arbitraryResult) || expectedMySqlResult.equals(arbitraryResult)); }
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public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { public static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect) { if (statement instanceof DeleteStatement) { return generateDeleteStatementString((DeleteStatement)statement); } else if (statement instanceof InsertStatement) { return generateInsertStatementString((InsertStatement)statement); } else if (statement instanceof MergeStatement) { return generateMergeStatementString((MergeStatement)statement); } else if (statement instanceof PortableSqlStatement) { return generatePortableSqlStatementString((PortableSqlStatement)statement, preferredSQLDialect); } else if (statement instanceof TruncateStatement) { return generateTruncateStatementString((TruncateStatement)statement); } else if (statement instanceof UpdateStatement) { return generateUpdateStatementString((UpdateStatement)statement); } else { throw new UnsupportedOperationException("Unable to generate data upgrade string for: [" + statement.getClass().getName() + "]"); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testCriteriaStrings() { final Criterion eq = Criterion.eq(new FieldReference("a"), 42); final Criterion exists = Criterion.exists(new SelectStatement().from("Bar").where(eq)); final Criterion gt = Criterion.greaterThan(new FieldReference("b"), 42); final Criterion gte = Criterion.greaterThanOrEqualTo(new FieldReference("c"), 42); final Criterion inValues = Criterion.in(new FieldReference("d"), 1, 2, 3); final Criterion inSelect = Criterion.in(new FieldReference("e"), new SelectStatement(new FieldReference("foo")).from("Bar")); final Criterion inList = Criterion.in(new FieldReference("f"), Lists.newArrayList(1, 2, 3)); final Criterion isNotNull = Criterion.isNotNull(new FieldReference("g")); final Criterion isNull = Criterion.isNull(new FieldReference("h")); final Criterion like = Criterion.like(new FieldReference("i"), "%x%"); final Criterion lt = Criterion.lessThan(new FieldReference("j"), 42); final Criterion lte = Criterion.lessThanOrEqualTo(new FieldReference("k"), 42); final Criterion neq = Criterion.neq(new FieldReference("l"), 42); final Criterion and = Criterion.and(eq, inSelect, inValues, isNull); final Criterion or = Criterion.or(eq, and, gt, inSelect); assertEquals("EQ", "a is 42", HumanReadableStatementHelper.generateCriterionString(eq)); assertEquals("EXISTS", "exists Bar where a is 42", HumanReadableStatementHelper.generateCriterionString(exists)); assertEquals("GT", "b is greater than 42", HumanReadableStatementHelper.generateCriterionString(gt)); assertEquals("GTE", "c is greater than or equal to 42", HumanReadableStatementHelper.generateCriterionString(gte)); assertEquals("IN", "d is in (1, 2, 3)", HumanReadableStatementHelper.generateCriterionString(inValues)); assertEquals("IN", "e is in Bar", HumanReadableStatementHelper.generateCriterionString(inSelect)); assertEquals("IN", "f is in (1, 2, 3)", HumanReadableStatementHelper.generateCriterionString(inList)); assertEquals("ISNOTNULL", "g is not null", HumanReadableStatementHelper.generateCriterionString(isNotNull)); assertEquals("ISNULL", "h is null", HumanReadableStatementHelper.generateCriterionString(isNull)); assertEquals("LIKE", "i is like '%x%'", HumanReadableStatementHelper.generateCriterionString(like)); assertEquals("LT", "j is less than 42", HumanReadableStatementHelper.generateCriterionString(lt)); assertEquals("LTE", "k is less than or equal to 42", HumanReadableStatementHelper.generateCriterionString(lte)); assertEquals("NEQ", "l is not 42", HumanReadableStatementHelper.generateCriterionString(neq)); assertEquals("AND", "a is 42 and e is in Bar and d is in (1, 2, 3) and h is null", HumanReadableStatementHelper.generateCriterionString(and)); assertEquals("OR", "a is 42 or (a is 42 and e is in Bar and d is in (1, 2, 3) and h is null) or b is greater than 42 or e is in Bar", HumanReadableStatementHelper.generateCriterionString(or)); assertEquals("!EQ", "a is not 42", HumanReadableStatementHelper.generateCriterionString(Criterion.not(eq))); assertEquals("!EXISTS", "not exists Bar where a is 42", HumanReadableStatementHelper.generateCriterionString(Criterion.not(exists))); assertEquals("!GT", "b is less than or equal to 42", HumanReadableStatementHelper.generateCriterionString(Criterion.not(gt))); assertEquals("!GTE", "c is less than 42", HumanReadableStatementHelper.generateCriterionString(Criterion.not(gte))); assertEquals("!IN", "d is not in (1, 2, 3)", HumanReadableStatementHelper.generateCriterionString(Criterion.not(inValues))); assertEquals("!IN", "e is not in Bar", HumanReadableStatementHelper.generateCriterionString(Criterion.not(inSelect))); assertEquals("!IN", "f is not in (1, 2, 3)", HumanReadableStatementHelper.generateCriterionString(Criterion.not(inList))); assertEquals("!ISNOTNULL", "g is null", HumanReadableStatementHelper.generateCriterionString(Criterion.not(isNotNull))); assertEquals("!ISNULL", "h is not null", HumanReadableStatementHelper.generateCriterionString(Criterion.not(isNull))); assertEquals("!LIKE", "i is not like '%x%'", HumanReadableStatementHelper.generateCriterionString(Criterion.not(like))); assertEquals("!LT", "j is greater than or equal to 42", HumanReadableStatementHelper.generateCriterionString(Criterion.not(lt))); assertEquals("!LTE", "k is greater than 42", HumanReadableStatementHelper.generateCriterionString(Criterion.not(lte))); assertEquals("!NEQ", "l is 42", HumanReadableStatementHelper.generateCriterionString(Criterion.not(neq))); assertEquals("!AND", "a is not 42 or e is not in Bar or d is not in (1, 2, 3) or h is not null", HumanReadableStatementHelper.generateCriterionString(Criterion.not(and))); assertEquals("!OR", "a is not 42 and (a is not 42 or e is not in Bar or d is not in (1, 2, 3) or h is not null) and b is less than or equal to 42 and e is not in Bar", HumanReadableStatementHelper.generateCriterionString(Criterion.not(or))); }
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static String generateCriterionString(final Criterion criterion) { return generateCriterionString(criterion, false); }
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HumanReadableStatementHelper { static String generateCriterionString(final Criterion criterion) { return generateCriterionString(criterion, false); } }
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HumanReadableStatementHelper { static String generateCriterionString(final Criterion criterion) { return generateCriterionString(criterion, false); } }
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HumanReadableStatementHelper { static String generateCriterionString(final Criterion criterion) { return generateCriterionString(criterion, false); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateCriterionString(final Criterion criterion) { return generateCriterionString(criterion, false); } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testCaseStatementField() { final NullFieldLiteral defaultValue = new NullFieldLiteral(); final WhenCondition when1 = new WhenCondition(Criterion.eq(new FieldReference("foo"), "Y"), new FieldLiteral(1234)); final WhenCondition when2 = new WhenCondition(Criterion.eq(new FieldReference("foo"), "N"), new FieldLiteral(5678)); CaseStatement field = new CaseStatement(defaultValue, when1, when2); field = (CaseStatement)field.as("bar"); assertEquals("Incorrect strings generated", String.format("%n - If foo is 'Y' then set bar to 1234" + "%n - If foo is 'N' then set bar to 5678" + "%n - Otherwise set bar to null"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testCastField() { Cast field1 = new Cast(new FieldReference("foo"), DataType.DECIMAL, 10); field1 = field1.as("bar"); Cast field2 = new Cast(new FieldLiteral("1234"), DataType.DECIMAL, 10); field2 = field2.as("bar"); assertEquals("Incorrect string generated", String.format("%n - Set bar to foo's value"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field1)); assertEquals("Incorrect string generated", String.format("%n - Set bar to 1234"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field2)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testConcatenatedField() { ConcatenatedField field = new ConcatenatedField(new FieldReference("foo"), new FieldLiteral(1234), new FieldLiteral("bar")); field = (ConcatenatedField)field.as("bar"); assertEquals("Incorrect string generated", String.format("%n - Set bar to the concatenation of foo, 1234 and 'bar'"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testIgnoreSystemTables() throws SQLException { final PreparedStatement statement = mock(PreparedStatement.class, RETURNS_SMART_NULLS); when(connection.prepareStatement(anyString())).thenReturn(statement); when(statement.executeQuery()).thenAnswer(new ReturnTablesMockResultSet(1)).thenAnswer(new ReturnTablesMockResultSet(8)); final Schema oracleMetaDataProvider = oracle.openSchema(connection, "TESTDATABASE", "TESTSCHEMA"); assertEquals("Table names", "[AREALTABLE]", oracleMetaDataProvider.tableNames().toString()); assertFalse("Table names", oracleMetaDataProvider.tableNames().toString().contains("DBMS")); }
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@Override public Collection<String> tableNames() { return tableMap().keySet(); }
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OracleMetaDataProvider implements Schema { @Override public Collection<String> tableNames() { return tableMap().keySet(); } }
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OracleMetaDataProvider implements Schema { @Override public Collection<String> tableNames() { return tableMap().keySet(); } OracleMetaDataProvider(Connection connection, String schemaName); }
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OracleMetaDataProvider implements Schema { @Override public Collection<String> tableNames() { return tableMap().keySet(); } OracleMetaDataProvider(Connection connection, String schemaName); @Override boolean isEmptyDatabase(); @Override boolean tableExists(String name); @Override Table getTable(String name); @Override Collection<String> tableNames(); @Override Collection<Table> tables(); @Override boolean viewExists(String name); @Override View getView(String name); @Override Collection<String> viewNames(); @Override Collection<View> views(); }
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OracleMetaDataProvider implements Schema { @Override public Collection<String> tableNames() { return tableMap().keySet(); } OracleMetaDataProvider(Connection connection, String schemaName); @Override boolean isEmptyDatabase(); @Override boolean tableExists(String name); @Override Table getTable(String name); @Override Collection<String> tableNames(); @Override Collection<Table> tables(); @Override boolean viewExists(String name); @Override View getView(String name); @Override Collection<String> viewNames(); @Override Collection<View> views(); }
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@Test public void testFieldFromSelect() { final SelectStatement select = new SelectStatement(new FieldReference("foo")).from("ExampleData"); FieldFromSelect field = new FieldFromSelect(select); field = (FieldFromSelect)field.as("bar"); assertEquals("Incorrect string generated", String.format("%n - Set bar to foo from ExampleData"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testFieldFromSelectWithJoin() { final SelectStatement select = new SelectStatement(new FieldReference("foo")).from("ExampleData").innerJoin(new TableReference("OtherTable"), Criterion.eq(new FieldReference("x"), new FieldReference("y"))); FieldFromSelect field = new FieldFromSelect(select); field = (FieldFromSelect)field.as("bar"); assertEquals("Incorrect string generated", String.format("%n - Set bar to foo from ExampleData and OtherTable, joined on x is y"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testFieldFromSelectWithJoinAndWhere() { final SelectStatement select = new SelectStatement(new FieldReference("foo")).from("ExampleData") .innerJoin(new TableReference("OtherTable"), Criterion.eq(new FieldReference("x"), new FieldReference("y"))) .where(Criterion.eq(new FieldReference("z"), 1)); FieldFromSelect field = new FieldFromSelect(select); field = (FieldFromSelect)field.as("bar"); assertEquals("Incorrect string generated", String.format("%n - Set bar to foo from ExampleData and OtherTable, joined on x is y, where z is 1"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testFieldFromSelectFirst() { final SelectFirstStatement select = new SelectFirstStatement(new FieldReference("foo")).from("ExampleData").orderBy(new FieldReference("foo")); FieldFromSelectFirst field = new FieldFromSelectFirst(select); field = (FieldFromSelectFirst)field.as("bar"); assertEquals("Incorrect string generated", String.format("%n - Set bar to first foo from ExampleData ordered by foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testFunctionField() { final Function count1 = Function.count(); final Function count2 = Function.count(new FieldReference("foo")); final Function max = Function.max(new FieldReference("foo")); final Function min = Function.min(new FieldReference("foo")); final Function sum = Function.sum(new FieldReference("foo")); final Function length = Function.length(new FieldReference("foo")); final Function yyyymmddToDate = Function.yyyymmddToDate(new FieldReference("foo")); final Function dateToYyyymmdd = Function.dateToYyyymmdd(new FieldReference("foo")); final Function substring = Function.substring(new FieldReference("foo"), new FieldLiteral(3), Function.length(new FieldReference("foo")).minus(new FieldLiteral(1))); final Function addDays = Function.addDays(new FieldReference("foo"), new FieldLiteral(42)); final Function round = Function.round(new FieldReference("foo"), new FieldLiteral(2)); final Function floor = Function.floor(new FieldReference("foo")); final Function isnull = Function.isnull(new FieldReference("foo"), new FieldLiteral("N")); final Function mod = Function.mod(new FieldReference("foo"), new FieldLiteral(100)); final Function coalesce = Function.coalesce(new FieldReference("foo"), new FieldReference("foo2"), new FieldLiteral(42)); final AliasedField daysBetween = Function.daysBetween(new FieldReference("foo"), new FieldReference("foo2")); final Function monthsBetween = Function.monthsBetween(new FieldReference("foo"), new FieldReference("foo2")); final Function leftTrim = Function.leftTrim(new FieldReference("foo")); final Function rightTrim = Function.rightTrim(new FieldReference("foo")); final Function random = Function.random(); final Function randomString = Function.randomString(new FieldLiteral(16)); final Function power = Function.power(new FieldReference("foo"), new FieldLiteral(2)); final Function lowerCase = Function.lowerCase(new FieldReference("foo")); final Function upperCase = Function.upperCase(new FieldReference("foo")); final Function leftPad = Function.leftPad(new FieldReference("foo"), new FieldLiteral(32), new FieldLiteral(' ')); final Function now = Function.now(); final Function lastDayOfMonth = Function.lastDayOfMonth(new FieldReference("foo")); assertEquals("COUNT", String.format("%n - Set bar to record count"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(count1.as("bar"))); assertEquals("COUNT", String.format("%n - Set bar to count of foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(count2.as("bar"))); assertEquals("MAX", String.format("%n - Set bar to highest foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(max.as("bar"))); assertEquals("MIN", String.format("%n - Set bar to lowest foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(min.as("bar"))); assertEquals("SUM", String.format("%n - Set bar to sum of foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(sum.as("bar"))); assertEquals("LENGTH", String.format("%n - Set bar to length of foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(length.as("bar"))); assertEquals("YYYYMMDD_TO_DATE", String.format("%n - Set bar to foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(yyyymmddToDate.as("bar"))); assertEquals("DATE_TO_YYYYMMDD", String.format("%n - Set bar to foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(dateToYyyymmdd.as("bar"))); assertEquals("SUBSTRING", String.format("%n - Set bar to substring(foo, 3, length of foo - 1)"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(substring.as("bar"))); assertEquals("ADD_DAYS", String.format("%n - Set bar to foo plus 42 days"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(addDays.as("bar"))); assertEquals("ROUND", String.format("%n - Set bar to foo rounded to 2 decimal places"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(round.as("bar"))); assertEquals("FLOOR", String.format("%n - Set bar to floor(foo)"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(floor.as("bar"))); assertEquals("IS_NULL", String.format("%n - Set bar to foo or 'N' if null"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(isnull.as("bar"))); assertEquals("MOD", String.format("%n - Set bar to foo mod 100"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(mod.as("bar"))); assertEquals("COALESCE", String.format("%n - Set bar to first non-null of (foo, foo2, 42)"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(coalesce.as("bar"))); assertEquals("DAYS_BETWEEN", String.format("%n - Set bar to days between foo and foo2"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(daysBetween.as("bar"))); assertEquals("MONTHS_BETWEEN", String.format("%n - Set bar to months between foo and foo2"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(monthsBetween.as("bar"))); assertEquals("LEFT_TRIM", String.format("%n - Set bar to left trimmed foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(leftTrim.as("bar"))); assertEquals("RIGHT_TRIM", String.format("%n - Set bar to right trimmed foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(rightTrim.as("bar"))); assertEquals("RANDOM", String.format("%n - Set bar to random"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(random.as("bar"))); assertEquals("RANDOM_STRING", String.format("%n - Set bar to random 16 character string"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(randomString.as("bar"))); assertEquals("POWER", String.format("%n - Set bar to foo to the power 2"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(power.as("bar"))); assertEquals("LOWER_CASE", String.format("%n - Set bar to lower case foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(lowerCase.as("bar"))); assertEquals("UPPER_CASE", String.format("%n - Set bar to upper case foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(upperCase.as("bar"))); assertEquals("LEFT_PAD", String.format("%n - Set bar to leftPad(foo, 32, ' ')"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(leftPad.as("bar"))); assertEquals("NOW", String.format("%n - Set bar to now"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(now.as("bar"))); assertEquals("LAST_DAY_OF_MONTH", String.format("%n - Set bar to last day of month foo"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(lastDayOfMonth.as("bar"))); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testMathsField() { final AliasedField field = new MathsField(new FieldReference("foo"), MathsOperator.PLUS, new FieldLiteral(42)).as("bar"); assertEquals("Incorrect string generated", String.format("%n - Set bar to foo + 42"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(field)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testBracketExpression() { final MathsField field = new MathsField(new FieldReference("foo"), MathsOperator.PLUS, new FieldLiteral(42)); final AliasedField bracketExpression = new BracketedExpression(field).as("bar"); assertEquals("Incorrect string generated", String.format("%n - Set bar to (foo + 42)"), HumanReadableStatementHelper.generateAliasedFieldAssignmentString(bracketExpression)); }
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static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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HumanReadableStatementHelper { static String generateAliasedFieldAssignmentString(final AliasedField field) { if (field instanceof CaseStatement) { final StringBuilder sb = new StringBuilder(); for (WhenCondition when : ((CaseStatement)field).getWhenConditions()) { sb.append(String.format("%n - If %s then set %s to %s", generateCriterionString(when.getCriterion(), false), generateFieldSymbolString(field), generateFieldValueString(when.getValue()))); } sb.append(String.format("%n - Otherwise set %s to %s", generateFieldSymbolString(field), generateFieldValueString(((CaseStatement)field).getDefaultValue()))); return sb.toString(); } else if (field instanceof Cast) { if (((Cast)field).getExpression() instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)((Cast)field).getExpression()).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } else if (field instanceof FieldReference) { return String.format("%n - Set %s to %s's value", generateFieldSymbolString(field), ((FieldReference)field).getName()); } else { return String.format("%n - Set %s to %s", generateFieldSymbolString(field), generateFieldValueString(field)); } } static String generateChangePrimaryKeyColumnsString(String tableName, List<String> oldPrimaryKeyColumns, List<String> newPrimaryKeyColumns); static String generateChangePrimaryKeyColumnsString(String tableName, List<String> newPrimaryKeyColumns); static String generateAddColumnString(final String tableName, final Column definition); static String generateAddColumnString(final String tableName, final Column definition, final FieldLiteral defaultValue); static String generateAddIndexString(final String tableName, final Index index); static String generateAddTableString(final Table definition); static String generateAddTableFromString(final Table definition, final SelectStatement selectStatement); static String generateAnalyseTableFromString(String tableName); static String generateRenameTableString(String from, String to); static String generateChangeColumnString(final String tableName, final Column fromDefinition, final Column toDefinition); static String generateChangeIndexString(final String tableName, final Index fromIndex, final Index toIndex); static String generateRenameIndexString(final String tableName, final String fromIndexName, final String toIndexName); static String generateRemoveColumnString(final String tableName, final Column definition); static String generateRemoveIndexString(final String tableName, final Index index); static String generateRemoveTableString(final Table table); static String generateDataUpgradeString(final Statement statement, final String preferredSQLDialect); }
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@Test public void testRemovingIndex() { Schema testSchema = schema(appleTable); assertEquals("Pre upgrade index count", 1, testSchema.getTable("Apple").indexes().size()); Schema updatedSchema = removeIndex.apply(testSchema); Table resultTable = updatedSchema.getTable("Apple"); assertNotNull(resultTable); assertEquals("Post upgrade index count", 0, resultTable.indexes().size()); }
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@Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); }
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RemoveIndex implements SchemaChange { @Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); } }
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RemoveIndex implements SchemaChange { @Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); } RemoveIndex(String tableName, Index index); }
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RemoveIndex implements SchemaChange { @Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); } RemoveIndex(String tableName, Index index); @Override void accept(SchemaChangeVisitor visitor); @Override Schema apply(Schema schema); @Override boolean isApplied(Schema schema, ConnectionResources database); @Override Schema reverse(Schema schema); String getTableName(); Index getIndexToBeRemoved(); }
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RemoveIndex implements SchemaChange { @Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); } RemoveIndex(String tableName, Index index); @Override void accept(SchemaChangeVisitor visitor); @Override Schema apply(Schema schema); @Override boolean isApplied(Schema schema, ConnectionResources database); @Override Schema reverse(Schema schema); String getTableName(); Index getIndexToBeRemoved(); }
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@Test public void testReverseRemovingIndex() { appleTable.indexes().remove(0); Schema testSchema = schema(appleTable); Schema downGradedSchema = removeIndex.reverse(testSchema); Table resultTable = downGradedSchema.getTable("Apple"); assertNotNull(resultTable); assertEquals("Post upgrade index count", 1, resultTable.indexes().size()); }
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@Override public Schema reverse(Schema schema) { Table original = schema.getTable(tableName); List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { indexes.add(index.getName()); } indexes.add(indexToBeRemoved.getName()); return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, Arrays.asList(new Index[] {indexToBeRemoved}))); }
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RemoveIndex implements SchemaChange { @Override public Schema reverse(Schema schema) { Table original = schema.getTable(tableName); List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { indexes.add(index.getName()); } indexes.add(indexToBeRemoved.getName()); return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, Arrays.asList(new Index[] {indexToBeRemoved}))); } }
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RemoveIndex implements SchemaChange { @Override public Schema reverse(Schema schema) { Table original = schema.getTable(tableName); List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { indexes.add(index.getName()); } indexes.add(indexToBeRemoved.getName()); return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, Arrays.asList(new Index[] {indexToBeRemoved}))); } RemoveIndex(String tableName, Index index); }
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RemoveIndex implements SchemaChange { @Override public Schema reverse(Schema schema) { Table original = schema.getTable(tableName); List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { indexes.add(index.getName()); } indexes.add(indexToBeRemoved.getName()); return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, Arrays.asList(new Index[] {indexToBeRemoved}))); } RemoveIndex(String tableName, Index index); @Override void accept(SchemaChangeVisitor visitor); @Override Schema apply(Schema schema); @Override boolean isApplied(Schema schema, ConnectionResources database); @Override Schema reverse(Schema schema); String getTableName(); Index getIndexToBeRemoved(); }
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RemoveIndex implements SchemaChange { @Override public Schema reverse(Schema schema) { Table original = schema.getTable(tableName); List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { indexes.add(index.getName()); } indexes.add(indexToBeRemoved.getName()); return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, Arrays.asList(new Index[] {indexToBeRemoved}))); } RemoveIndex(String tableName, Index index); @Override void accept(SchemaChangeVisitor visitor); @Override Schema apply(Schema schema); @Override boolean isApplied(Schema schema, ConnectionResources database); @Override Schema reverse(Schema schema); String getTableName(); Index getIndexToBeRemoved(); }
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@Test public void testRemovingNonExistantIndex() { Schema testSchema = schema(appleTable); try { removeIndex = new RemoveIndex("Apple", index("foo").unique().columns("bar")); removeIndex.apply(testSchema); fail("Should fail since column is not there"); } catch (Exception e) { } }
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@Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); }
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RemoveIndex implements SchemaChange { @Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); } }
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RemoveIndex implements SchemaChange { @Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); } RemoveIndex(String tableName, Index index); }
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RemoveIndex implements SchemaChange { @Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); } RemoveIndex(String tableName, Index index); @Override void accept(SchemaChangeVisitor visitor); @Override Schema apply(Schema schema); @Override boolean isApplied(Schema schema, ConnectionResources database); @Override Schema reverse(Schema schema); String getTableName(); Index getIndexToBeRemoved(); }
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RemoveIndex implements SchemaChange { @Override public Schema apply(Schema schema) { Table original = schema.getTable(tableName); boolean foundIndex = false; List<String> indexes = new ArrayList<>(); for (Index index : original.indexes()) { if (index.getName().equalsIgnoreCase(indexToBeRemoved.getName())) { foundIndex = true; continue; } indexes.add(index.getName()); } if (!foundIndex) { throw new IllegalArgumentException("Cannot remove index [" + indexToBeRemoved.getName() + "] as it does not exist on table [" + tableName + "]"); } return new TableOverrideSchema(schema, new AlteredTable(original, null, null, indexes, null)); } RemoveIndex(String tableName, Index index); @Override void accept(SchemaChangeVisitor visitor); @Override Schema apply(Schema schema); @Override boolean isApplied(Schema schema, ConnectionResources database); @Override Schema reverse(Schema schema); String getTableName(); Index getIndexToBeRemoved(); }
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@Test public void testRenameTable() { Schema testSchema = schema(appleTable); RenameTable renameTable = new RenameTable("Apple", "Pear"); Schema updatedSchema = renameTable.apply(testSchema); assertTrue("Rename should be applied", renameTable.isApplied(updatedSchema, MockConnectionResources.build())); Table resultTable = updatedSchema.getTable("Pear"); assertNotNull(resultTable); }
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public RenameTable(String oldTableName, String newTableName) { this.oldTableName = oldTableName; this.newTableName = newTableName; }
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RenameTable implements SchemaChange { public RenameTable(String oldTableName, String newTableName) { this.oldTableName = oldTableName; this.newTableName = newTableName; } }
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RenameTable implements SchemaChange { public RenameTable(String oldTableName, String newTableName) { this.oldTableName = oldTableName; this.newTableName = newTableName; } RenameTable(String oldTableName, String newTableName); }
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RenameTable implements SchemaChange { public RenameTable(String oldTableName, String newTableName) { this.oldTableName = oldTableName; this.newTableName = newTableName; } RenameTable(String oldTableName, String newTableName); String getOldTableName(); String getNewTableName(); @Override Schema apply(Schema schema); @Override Schema reverse(Schema schema); @Override boolean isApplied(Schema schema, ConnectionResources database); @Override void accept(SchemaChangeVisitor visitor); }
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RenameTable implements SchemaChange { public RenameTable(String oldTableName, String newTableName) { this.oldTableName = oldTableName; this.newTableName = newTableName; } RenameTable(String oldTableName, String newTableName); String getOldTableName(); String getNewTableName(); @Override Schema apply(Schema schema); @Override Schema reverse(Schema schema); @Override boolean isApplied(Schema schema, ConnectionResources database); @Override void accept(SchemaChangeVisitor visitor); }
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@Test public void testSerializability() throws Exception { final ByteArraySchema schema = new ByteArraySchema(); final ByteArraySchema copy = CommonTestUtils.createCopySerializable(schema); assertEquals(schema.getProducedType(), copy.getProducedType()); }
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@Override public TypeInformation<byte[]> getProducedType() { return PrimitiveArrayTypeInfo.BYTE_PRIMITIVE_ARRAY_TYPE_INFO; }
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ByteArraySchema implements DeserializationSchema<byte[]>, SerializationSchema<byte[]> { @Override public TypeInformation<byte[]> getProducedType() { return PrimitiveArrayTypeInfo.BYTE_PRIMITIVE_ARRAY_TYPE_INFO; } }
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ByteArraySchema implements DeserializationSchema<byte[]>, SerializationSchema<byte[]> { @Override public TypeInformation<byte[]> getProducedType() { return PrimitiveArrayTypeInfo.BYTE_PRIMITIVE_ARRAY_TYPE_INFO; } }
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ByteArraySchema implements DeserializationSchema<byte[]>, SerializationSchema<byte[]> { @Override public TypeInformation<byte[]> getProducedType() { return PrimitiveArrayTypeInfo.BYTE_PRIMITIVE_ARRAY_TYPE_INFO; } @Override byte[] deserialize(byte[] message); @Override boolean isEndOfStream(byte[] nextElement); @Override byte[] serialize(byte[] element); @Override TypeInformation<byte[]> getProducedType(); }
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ByteArraySchema implements DeserializationSchema<byte[]>, SerializationSchema<byte[]> { @Override public TypeInformation<byte[]> getProducedType() { return PrimitiveArrayTypeInfo.BYTE_PRIMITIVE_ARRAY_TYPE_INFO; } @Override byte[] deserialize(byte[] message); @Override boolean isEndOfStream(byte[] nextElement); @Override byte[] serialize(byte[] element); @Override TypeInformation<byte[]> getProducedType(); }
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@Test public void shouldFindVisitAwaitingAdmission() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotCountDispositionOnVoidedEncounter() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .voided(true) .dateVoided(new Date()) .voidReason("test") .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotFindVisitIfPatientAdmitted() throws Exception { Patient patient = testDataManager.randomPatient().save(); Date visitDatetime = new DateTime(2014,2,2,9,0,0).toDate(); Date visitNoteDatetime = new DateTime(2014,2,2,10,0,0).toDate(); Date admitDatetime = new DateTime(2014,2,2,11,0,0).toDate(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(visitDatetime) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(visitNoteDatetime) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(admitDatetime) .encounterType(emrApiProperties.getAdmissionEncounterType()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotConsiderVoidedAdmissionEncounter() throws Exception { Patient patient = testDataManager.randomPatient().save(); Date visitDatetime = new DateTime(2014,2,2,9,0,0).toDate(); Date visitNoteDatetime = new DateTime(2014,2,2,10,0,0).toDate(); Date admitDatetime = new DateTime(2014,2,2,11,0,0).toDate(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(visitDatetime) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(visitNoteDatetime) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(admitDatetime) .encounterType(emrApiProperties.getAdmissionEncounterType()) .voided(true) .dateVoided(new Date()) .voidReason("test") .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldFindVisitEvenIfPatientHasMoreRecentVisitNoteWithoutAdmissionDisposition() throws Exception { Patient patient = testDataManager.randomPatient().save(); Date visitDatetime = new DateTime(2014,2,2,9,0,0).toDate(); Date firstVisitNoteDatetime = new DateTime(2014,2,2,10,0,0).toDate(); Date secondVisitNoteDatetime = new DateTime(2014,2,2,11,0,0).toDate(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(visitDatetime) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(firstVisitNoteDatetime) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(secondVisitNoteDatetime) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Death")) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotFindVisitIfNoAdmitDisposition() throws Exception { Patient patient = testDataManager.randomPatient().save(); Date visitDatetime = new DateTime(2014,2,2,9,0,0).toDate(); Date visitNoteDatetime = new DateTime(2014,2,2,10,0,0).toDate(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(visitDatetime) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(visitNoteDatetime) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Death")) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotFindVisitIfAtAnotherLocation() throws Exception { Patient patient = testDataManager.randomPatient().save(); Location visitLocation = testDataManager.location().name("Visit Location") .tag(EmrApiConstants.LOCATION_TAG_SUPPORTS_VISITS).save(); Location queryLocation = testDataManager.location().name("Query Location") .tag(EmrApiConstants.LOCATION_TAG_SUPPORTS_VISITS).save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .location(visitLocation) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); query.setLocation(queryLocation); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldFindVisitIfAtSameLocation() throws Exception { Patient patient = testDataManager.randomPatient().save(); Location visitLocation = testDataManager.location().name("Visit Location") .tag(EmrApiConstants.LOCATION_TAG_SUPPORTS_VISITS).save(); Location queryLocation = visitLocation; Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .location(visitLocation) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); query.setLocation(queryLocation); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotReturnSameVisitTwice() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotFindVisitAwaitingAdmissionIfPatientNotInContext() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); EvaluationContext context = new EvaluationContext(); context.setBaseCohort(new Cohort(Collections.singleton(2))); VisitQueryResult result = visitQueryService.evaluate(query, context); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldSaveOrdersToEncounterWithExistingOrders() throws ParseException { EmrOrderServiceImpl_1_12 emrOrderService = new EmrOrderServiceImpl_1_12(openMRSDrugOrderMapper, encounterService, openMRSOrderMapper, orderSetService, openMRSOrderGroupMapper); EncounterTransaction.Order order1 = new OrderBuilder().withConceptUuid("concept-uuid1").withComment("Comment").build(); EncounterTransaction.Order order2 = new OrderBuilder().withConceptUuid("concept-uuid2").withComment("Comment").build(); Order mappedOrder1 = new Order(); Concept concept = new Concept(); concept.setUuid("concept-uuid1"); mappedOrder1.setConcept(concept); mappedOrder1.setCommentToFulfiller("Comment"); Order mappedOrder2 = new Order(); concept = new Concept(); concept.setUuid("concept-uuid2"); mappedOrder2.setConcept(concept); mappedOrder2.setCommentToFulfiller("Comment"); Order existingOrder1 = new Order(); Order existingOrder2 = new Order(); Encounter encounter = new Encounter(); encounter.addOrder(existingOrder1); encounter.addOrder(existingOrder2); when(openMRSOrderMapper.map(order1,encounter)).thenReturn(mappedOrder1); when(openMRSOrderMapper.map(order2,encounter)).thenReturn(mappedOrder2); emrOrderService.saveOrders(Arrays.asList(order1, order2), encounter); ArgumentCaptor<Encounter> encounterArgumentCaptor = ArgumentCaptor.forClass(Encounter.class); verify(encounterService).saveEncounter(encounterArgumentCaptor.capture()); Encounter savedEncounter = encounterArgumentCaptor.getValue(); ArrayList<Order> savedOrders = new ArrayList<Order>(savedEncounter.getOrders()); assertThat(savedOrders.size(), is(4)); assertTrue(existsInOrdersList(mappedOrder1, savedOrders)); assertTrue(existsInOrdersList(mappedOrder2, savedOrders)); }
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@Override public void saveOrders(List<EncounterTransaction.Order> orders, Encounter encounter) { Set<OrderGroup> orderGroups = new LinkedHashSet<OrderGroup>(); for (EncounterTransaction.Order order : orders) { OrderGroup orderGroup = mapToOpenMRSOrderGroup(orderGroups, order.getOrderGroup(), encounter); Order omrsOrder = openMRSOrderMapper.map(order, encounter); omrsOrder.setOrderGroup(orderGroup); encounter.addOrder(omrsOrder); } encounterService.saveEncounter(encounter); }
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EmrOrderServiceImpl_1_12 implements EmrOrderService { @Override public void saveOrders(List<EncounterTransaction.Order> orders, Encounter encounter) { Set<OrderGroup> orderGroups = new LinkedHashSet<OrderGroup>(); for (EncounterTransaction.Order order : orders) { OrderGroup orderGroup = mapToOpenMRSOrderGroup(orderGroups, order.getOrderGroup(), encounter); Order omrsOrder = openMRSOrderMapper.map(order, encounter); omrsOrder.setOrderGroup(orderGroup); encounter.addOrder(omrsOrder); } encounterService.saveEncounter(encounter); } }
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EmrOrderServiceImpl_1_12 implements EmrOrderService { @Override public void saveOrders(List<EncounterTransaction.Order> orders, Encounter encounter) { Set<OrderGroup> orderGroups = new LinkedHashSet<OrderGroup>(); for (EncounterTransaction.Order order : orders) { OrderGroup orderGroup = mapToOpenMRSOrderGroup(orderGroups, order.getOrderGroup(), encounter); Order omrsOrder = openMRSOrderMapper.map(order, encounter); omrsOrder.setOrderGroup(orderGroup); encounter.addOrder(omrsOrder); } encounterService.saveEncounter(encounter); } @Autowired EmrOrderServiceImpl_1_12(OpenMRSDrugOrderMapper openMRSDrugOrderMapper, EncounterService encounterService,
OpenMRSOrderMapper openMRSOrderMapper, OrderSetService orderSetService,
OpenMRSOrderGroupMapper openMRSOrderGroupMapper); }
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EmrOrderServiceImpl_1_12 implements EmrOrderService { @Override public void saveOrders(List<EncounterTransaction.Order> orders, Encounter encounter) { Set<OrderGroup> orderGroups = new LinkedHashSet<OrderGroup>(); for (EncounterTransaction.Order order : orders) { OrderGroup orderGroup = mapToOpenMRSOrderGroup(orderGroups, order.getOrderGroup(), encounter); Order omrsOrder = openMRSOrderMapper.map(order, encounter); omrsOrder.setOrderGroup(orderGroup); encounter.addOrder(omrsOrder); } encounterService.saveEncounter(encounter); } @Autowired EmrOrderServiceImpl_1_12(OpenMRSDrugOrderMapper openMRSDrugOrderMapper, EncounterService encounterService,
OpenMRSOrderMapper openMRSOrderMapper, OrderSetService orderSetService,
OpenMRSOrderGroupMapper openMRSOrderGroupMapper); @Override void save(List<EncounterTransaction.DrugOrder> drugOrders, Encounter encounter); @Override void saveOrders(List<EncounterTransaction.Order> orders, Encounter encounter); }
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EmrOrderServiceImpl_1_12 implements EmrOrderService { @Override public void saveOrders(List<EncounterTransaction.Order> orders, Encounter encounter) { Set<OrderGroup> orderGroups = new LinkedHashSet<OrderGroup>(); for (EncounterTransaction.Order order : orders) { OrderGroup orderGroup = mapToOpenMRSOrderGroup(orderGroups, order.getOrderGroup(), encounter); Order omrsOrder = openMRSOrderMapper.map(order, encounter); omrsOrder.setOrderGroup(orderGroup); encounter.addOrder(omrsOrder); } encounterService.saveEncounter(encounter); } @Autowired EmrOrderServiceImpl_1_12(OpenMRSDrugOrderMapper openMRSDrugOrderMapper, EncounterService encounterService,
OpenMRSOrderMapper openMRSOrderMapper, OrderSetService orderSetService,
OpenMRSOrderGroupMapper openMRSOrderGroupMapper); @Override void save(List<EncounterTransaction.DrugOrder> drugOrders, Encounter encounter); @Override void saveOrders(List<EncounterTransaction.Order> orders, Encounter encounter); }
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@Test public void shouldNotFindVisitAwaitingAdmissionIfVisitNotInContext() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); VisitEvaluationContext context = new VisitEvaluationContext(); context.setBaseVisits(new VisitIdSet(10101)); VisitQueryResult result = visitQueryService.evaluate(query, context); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotFindVisitWithDispositionOfAdmitIfFollowedByAdmissionDenialObs() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,10,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,11,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(emrApiProperties.getAdmissionDecisionConcept()) .value(emrApiProperties.getDenyAdmissionConcept()) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldFindVisitWithDispositionOfAdmitIfFollowedByAdmissionDenialObsFollowedByAnotherAdmissionDisposition() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,10,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,11,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(emrApiProperties.getAdmissionDecisionConcept()) .value(emrApiProperties.getDenyAdmissionConcept()) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,12,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotFindVisitWithDispositionOfAdmitIfFollowedByAdmissionDenialObsFollowedByAnotherAdmissionDispositionFollowedByAnotherAdmissionDenial() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,10,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,11,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(emrApiProperties.getAdmissionDecisionConcept()) .value(emrApiProperties.getDenyAdmissionConcept()) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,12,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,13,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(emrApiProperties.getAdmissionDecisionConcept()) .value(emrApiProperties.getDenyAdmissionConcept()) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldFindVisitWithDispositionOfAdmitIfFollowedByAdmissionDecisionThatIsNotDeny() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,10,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,11,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(emrApiProperties.getAdmissionDecisionConcept()) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldFindVisitWithDispositionOfAdmitIfPrecededByAdmissionDenialObs() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,10,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,9,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(emrApiProperties.getAdmissionDecisionConcept()) .value(emrApiProperties.getDenyAdmissionConcept()) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldFindVisitWithDispositionOfAdmitIfFollowedByAdmissionDenialObsThatIsVoided() throws Exception { Patient patient = testDataManager.randomPatient().save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,10,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new DateTime(2014,10,11,10,0,0).toDate()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(emrApiProperties.getAdmissionDecisionConcept()) .value(emrApiProperties.getDenyAdmissionConcept()) .voided(true) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(1)); assertThat(result.getMemberIds().iterator().next(), is(visit.getId())); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldNotFindVisitAwaitingAdmissionIfPatientIsDead() throws Exception { Patient patient = testDataManager.randomPatient() .dead(true) .deathDate(new Date()) .causeOfDeath(conceptService.getConcept(3)) .save(); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(new Date()) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value(emrConceptService.getConcept("org.openmrs.module.emrapi:Admit to hospital")) .get()) .get()) .save(); VisitQueryResult result = visitQueryService.evaluate(query, null); assertThat(result.getMemberIds().size(), is(0)); }
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@Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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AwaitingAdmissionVisitQueryEvaluator implements VisitQueryEvaluator { @Override public VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext) throws EvaluationException { AwaitingAdmissionVisitQuery eq = (AwaitingAdmissionVisitQuery) visitQuery; Location location = eq.getLocation(); Location visitLocation = null ; if (location != null ) { visitLocation = adtService.getLocationThatSupportsVisits(location); } HqlQueryBuilder query = new HqlQueryBuilder(); query.select("distinct visit.visitId").from(Visit.class, "visit") .innerJoin("visit.encounters", "dispoEncounter") .innerJoin("dispoEncounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("dispoEncounter.voided", false) .whereEqual("visit.voided", false) .whereEqual("visit.location", visitLocation) .whereEqual("visit.patient.dead", false) .whereNull("visit.stopDatetime") .where("(select count(*) from Encounter as admission " + "where admission.visit = visit " + "and admission.voided = false " + "and admission.encounterType = :admissionEncounterType" + ") = 0") .where("(select count(*) from Obs as admitDecision inner join admitDecision.encounter as encounterInVisit " + "where encounterInVisit.visit = visit " + "and encounterInVisit.voided = false " + "and admitDecision.voided = false " + "and admitDecision.concept = :admissionDecisionConcept " + "and admitDecision.valueCoded = :denyAdmissionConcept " + "and encounterInVisit.encounterDatetime > dispoEncounter.encounterDatetime " + ") = 0") .whereVisitIn("visit", evaluationContext) .withValue("admissionEncounterType", emrApiProperties.getAdmissionEncounterType()) .withValue("admissionDecisionConcept", emrApiProperties.getAdmissionDecisionConcept()) .withValue("denyAdmissionConcept", emrApiProperties.getDenyAdmissionConcept()); VisitQueryResult result = new VisitQueryResult(visitQuery, evaluationContext); List<Integer> results= evaluationService.evaluateToList(query, Integer.class, evaluationContext); result.add(results.toArray(new Integer[results.size()])); return result; } @Override VisitQueryResult evaluate(VisitQuery visitQuery, EvaluationContext evaluationContext); }
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@Test public void shouldReturnMostRecentAdmissionRequestForVisit() throws Exception { EncounterRole encounterRole = testDataManager.getEncounterService().getEncounterRole(1); Patient patient = testDataManager.randomPatient().save(); Concept firstCodedDiagnosisConcept = conceptService.getConcept(3); Concept secondCodedDiagnosisConcept = conceptService.getConcept(4); Provider mostRecentProvider = testDataManager.randomProvider().save(); Location mostRecentLocation = testDataManager.getLocationService().getLocation(1); Date mostRecentDate = new DateTime(2014,1,1,12,0,0).toDate(); Provider otherProvider = testDataManager.randomProvider().save(); Location otherLocation = testDataManager.getLocationService().getLocation(2); Date otherDate = new DateTime(2014,1,1,11,0,0).toDate(); Location mostRecentAdmissionLocation = testDataManager.getLocationService().getLocation(3); Location otherAdmissionLocation = testDataManager.getLocationService().getLocation(1); Visit visit = testDataManager.visit() .patient(patient) .visitType(emrApiProperties.getAtFacilityVisitType()) .started(new Date()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(mostRecentDate) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .provider(encounterRole, mostRecentProvider) .location(mostRecentLocation) .obs(testDataManager.obs() .concept(diagnosisMetadata.getDiagnosisSetConcept()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getCodedDiagnosisConcept()) .value(firstCodedDiagnosisConcept) .get()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getDiagnosisOrderConcept()) .value("Primary", "org.openmrs.module.emrapi") .get()) .get()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getDiagnosisSetConcept()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getCodedDiagnosisConcept()) .value(secondCodedDiagnosisConcept) .get()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getDiagnosisOrderConcept()) .value("Secondary", "org.openmrs.module.emrapi") .get()) .get()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionSetConcept()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .value("Admit to hospital", "org.openmrs.module.emrapi") .get()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getAdmissionLocationConcept()) .value("3") .get()) .get()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getDiagnosisSetConcept()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getNonCodedDiagnosisConcept()) .value("some diagnosis") .get()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getDiagnosisOrderConcept()) .value("Primary", "org.openmrs.module.emrapi") .get()) .get()) .get()) .encounter(testDataManager.encounter() .patient(patient) .encounterDatetime(otherDate) .encounterType(emrApiProperties.getVisitNoteEncounterType()) .provider(encounterRole, otherProvider) .location(otherLocation) .obs(testDataManager.obs() .concept(diagnosisMetadata.getDiagnosisSetConcept()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getCodedDiagnosisConcept()) .value(secondCodedDiagnosisConcept) .get()) .obs(testDataManager.obs() .concept(diagnosisMetadata.getDiagnosisOrderConcept()) .value("Primary", "org.openmrs.module.emrapi") .get()) .get()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionSetConcept()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getDispositionConcept()) .get()) .obs(testDataManager.obs() .concept(dispositionDescriptor.getAdmissionLocationConcept()) .value("1") .get()) .get()) .get()) .save(); new VisitIdSet(visit.getId()); EvaluatedVisitData data = visitDataService.evaluate(def, context); assertThat(data.getData().size(), is(1)); assertThat( (Date) ((Map<String,Object>) data.getData().get(visit.getId())).get("datetime"), is(mostRecentDate)); assertThat( (Provider) ((Map<String,Object>) data.getData().get(visit.getId())).get("provider"), is(mostRecentProvider)); assertThat( (Location) ((Map<String,Object>) data.getData().get(visit.getId())).get("fromLocation"), is(mostRecentLocation)); assertThat( (Location) ((Map<String,Object>) data.getData().get(visit.getId())).get("toLocation"), is(mostRecentAdmissionLocation)); List<Diagnosis> diagnoses = (List<Diagnosis>) ((Map<String,Object>) data.getData().get(visit.getId())).get("diagnoses"); assertThat(diagnoses.size(), is(2)); if (diagnoses.get(0).getDiagnosis().getCodedAnswer() != null) { assertThat(diagnoses.get(0).getDiagnosis().getCodedAnswer(), is(firstCodedDiagnosisConcept)); assertThat(diagnoses.get(1).getDiagnosis().getNonCodedAnswer(), is("some diagnosis")); } else { assertThat(diagnoses.get(1).getDiagnosis().getCodedAnswer(), is(firstCodedDiagnosisConcept)); assertThat(diagnoses.get(0).getDiagnosis().getNonCodedAnswer(), is("some diagnosis")); } }
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@Override public EvaluatedVisitData evaluate(VisitDataDefinition visitDataDefinition, EvaluationContext evaluationContext) throws EvaluationException { EvaluatedVisitData data = new EvaluatedVisitData(visitDataDefinition, evaluationContext); HqlQueryBuilder query = new HqlQueryBuilder(); query.select("encounter.visit.id, encounter").from(Encounter.class, "encounter") .innerJoin("encounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("encounter.voided", false) .whereVisitIn("encounter.visit.id", evaluationContext); List<Object[]> result = evaluationService.evaluateToList(query, evaluationContext); for (Object[] row : result) { Integer visitId = (Integer) row[0]; Encounter encounter = (Encounter) row[1]; if (data.getData().containsKey(visitId)) { Map<String,Object> resultRow = (Map<String,Object>) data.getData().get(visitId); if (encounter.getEncounterDatetime().before((Date) resultRow.get("datetime"))) { continue; } } Map<String,Object> resultRow = new HashMap<String, Object>(); resultRow.put("fromLocation", encounter.getLocation()); resultRow.put("toLocation", getToLocation(encounter, dispositionService, locationService)); resultRow.put("datetime", encounter.getEncounterDatetime()); resultRow.put("provider", getProvider(encounter)); resultRow.put("diagnoses", diagnosisService.getPrimaryDiagnoses(encounter)); data.getData().put(visitId, resultRow); } return data; }
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MostRecentAdmissionRequestVisitDataEvaluator implements VisitDataEvaluator { @Override public EvaluatedVisitData evaluate(VisitDataDefinition visitDataDefinition, EvaluationContext evaluationContext) throws EvaluationException { EvaluatedVisitData data = new EvaluatedVisitData(visitDataDefinition, evaluationContext); HqlQueryBuilder query = new HqlQueryBuilder(); query.select("encounter.visit.id, encounter").from(Encounter.class, "encounter") .innerJoin("encounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("encounter.voided", false) .whereVisitIn("encounter.visit.id", evaluationContext); List<Object[]> result = evaluationService.evaluateToList(query, evaluationContext); for (Object[] row : result) { Integer visitId = (Integer) row[0]; Encounter encounter = (Encounter) row[1]; if (data.getData().containsKey(visitId)) { Map<String,Object> resultRow = (Map<String,Object>) data.getData().get(visitId); if (encounter.getEncounterDatetime().before((Date) resultRow.get("datetime"))) { continue; } } Map<String,Object> resultRow = new HashMap<String, Object>(); resultRow.put("fromLocation", encounter.getLocation()); resultRow.put("toLocation", getToLocation(encounter, dispositionService, locationService)); resultRow.put("datetime", encounter.getEncounterDatetime()); resultRow.put("provider", getProvider(encounter)); resultRow.put("diagnoses", diagnosisService.getPrimaryDiagnoses(encounter)); data.getData().put(visitId, resultRow); } return data; } }
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MostRecentAdmissionRequestVisitDataEvaluator implements VisitDataEvaluator { @Override public EvaluatedVisitData evaluate(VisitDataDefinition visitDataDefinition, EvaluationContext evaluationContext) throws EvaluationException { EvaluatedVisitData data = new EvaluatedVisitData(visitDataDefinition, evaluationContext); HqlQueryBuilder query = new HqlQueryBuilder(); query.select("encounter.visit.id, encounter").from(Encounter.class, "encounter") .innerJoin("encounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("encounter.voided", false) .whereVisitIn("encounter.visit.id", evaluationContext); List<Object[]> result = evaluationService.evaluateToList(query, evaluationContext); for (Object[] row : result) { Integer visitId = (Integer) row[0]; Encounter encounter = (Encounter) row[1]; if (data.getData().containsKey(visitId)) { Map<String,Object> resultRow = (Map<String,Object>) data.getData().get(visitId); if (encounter.getEncounterDatetime().before((Date) resultRow.get("datetime"))) { continue; } } Map<String,Object> resultRow = new HashMap<String, Object>(); resultRow.put("fromLocation", encounter.getLocation()); resultRow.put("toLocation", getToLocation(encounter, dispositionService, locationService)); resultRow.put("datetime", encounter.getEncounterDatetime()); resultRow.put("provider", getProvider(encounter)); resultRow.put("diagnoses", diagnosisService.getPrimaryDiagnoses(encounter)); data.getData().put(visitId, resultRow); } return data; } }
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MostRecentAdmissionRequestVisitDataEvaluator implements VisitDataEvaluator { @Override public EvaluatedVisitData evaluate(VisitDataDefinition visitDataDefinition, EvaluationContext evaluationContext) throws EvaluationException { EvaluatedVisitData data = new EvaluatedVisitData(visitDataDefinition, evaluationContext); HqlQueryBuilder query = new HqlQueryBuilder(); query.select("encounter.visit.id, encounter").from(Encounter.class, "encounter") .innerJoin("encounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("encounter.voided", false) .whereVisitIn("encounter.visit.id", evaluationContext); List<Object[]> result = evaluationService.evaluateToList(query, evaluationContext); for (Object[] row : result) { Integer visitId = (Integer) row[0]; Encounter encounter = (Encounter) row[1]; if (data.getData().containsKey(visitId)) { Map<String,Object> resultRow = (Map<String,Object>) data.getData().get(visitId); if (encounter.getEncounterDatetime().before((Date) resultRow.get("datetime"))) { continue; } } Map<String,Object> resultRow = new HashMap<String, Object>(); resultRow.put("fromLocation", encounter.getLocation()); resultRow.put("toLocation", getToLocation(encounter, dispositionService, locationService)); resultRow.put("datetime", encounter.getEncounterDatetime()); resultRow.put("provider", getProvider(encounter)); resultRow.put("diagnoses", diagnosisService.getPrimaryDiagnoses(encounter)); data.getData().put(visitId, resultRow); } return data; } @Override EvaluatedVisitData evaluate(VisitDataDefinition visitDataDefinition, EvaluationContext evaluationContext); }
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MostRecentAdmissionRequestVisitDataEvaluator implements VisitDataEvaluator { @Override public EvaluatedVisitData evaluate(VisitDataDefinition visitDataDefinition, EvaluationContext evaluationContext) throws EvaluationException { EvaluatedVisitData data = new EvaluatedVisitData(visitDataDefinition, evaluationContext); HqlQueryBuilder query = new HqlQueryBuilder(); query.select("encounter.visit.id, encounter").from(Encounter.class, "encounter") .innerJoin("encounter.obs", "dispo") .whereEqual("dispo.concept", dispositionService.getDispositionDescriptor().getDispositionConcept()) .whereIn("dispo.valueCoded", AdtUtil.getAdmissionDispositionsConcepts(emrConceptService, dispositionService)) .whereEqual("dispo.voided", false) .whereEqual("encounter.voided", false) .whereVisitIn("encounter.visit.id", evaluationContext); List<Object[]> result = evaluationService.evaluateToList(query, evaluationContext); for (Object[] row : result) { Integer visitId = (Integer) row[0]; Encounter encounter = (Encounter) row[1]; if (data.getData().containsKey(visitId)) { Map<String,Object> resultRow = (Map<String,Object>) data.getData().get(visitId); if (encounter.getEncounterDatetime().before((Date) resultRow.get("datetime"))) { continue; } } Map<String,Object> resultRow = new HashMap<String, Object>(); resultRow.put("fromLocation", encounter.getLocation()); resultRow.put("toLocation", getToLocation(encounter, dispositionService, locationService)); resultRow.put("datetime", encounter.getEncounterDatetime()); resultRow.put("provider", getProvider(encounter)); resultRow.put("diagnoses", diagnosisService.getPrimaryDiagnoses(encounter)); data.getData().put(visitId, resultRow); } return data; } @Override EvaluatedVisitData evaluate(VisitDataDefinition visitDataDefinition, EvaluationContext evaluationContext); }
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@Test public void visitExpireHours_shouldBeConfiguredValueFromGlobalProperty(){ when(administrationService.getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS)).thenReturn("10"); assertEquals(10, emrApiProperties.getVisitExpireHours()); }
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public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } @Override String getMetadataSourceName(); Location getUnknownLocation(); Provider getUnknownProvider(); EncounterRole getOrderingProviderEncounterRole(); Role getFullPrivilegeLevel(); Role getHighPrivilegeLevel(); EncounterType getCheckInEncounterType(); EncounterRole getCheckInClerkEncounterRole(); EncounterType getVisitNoteEncounterType(); @Deprecated // use visit note encounter type, as "Visit Note" is the proper naming convention EncounterType getConsultEncounterType(); EncounterRole getClinicianEncounterRole(); EncounterType getAdmissionEncounterType(); EncounterType getExitFromInpatientEncounterType(); EncounterType getTransferWithinHospitalEncounterType(); Form getAdmissionForm(); Form getDischargeForm(); Form getTransferForm(); int getVisitExpireHours(); VisitType getAtFacilityVisitType(); LocationTag getSupportsVisitsLocationTag(); LocationTag getSupportsLoginLocationTag(); LocationTag getSupportsAdmissionLocationTag(); LocationTag getSupportsTransferLocationTag(); PersonAttributeType getTestPatientPersonAttributeType(); PersonAttributeType getTelephoneAttributeType(); PersonAttributeType getUnknownPatientPersonAttributeType(); PatientIdentifierType getPrimaryIdentifierType(); List<PatientIdentifierType> getExtraPatientIdentifierTypes(); DiagnosisMetadata getDiagnosisMetadata(); List<ConceptSource> getConceptSourcesForDiagnosisSearch(); ConceptSource getEmrApiConceptSource(); Concept getUnknownCauseOfDeathConcept(); Concept getAdmissionDecisionConcept(); Concept getDenyAdmissionConcept(); List<PatientIdentifierType> getIdentifierTypesToSearch(); Collection<Concept> getDiagnosisSets(); Collection<Concept> getNonDiagnosisConceptSets(); Collection<Concept> getSuppressedDiagnosisConcepts(); ConceptMapType getSameAsConceptMapType(); ConceptMapType getNarrowerThanConceptMapType(); Integer getLastViewedPatientSizeLimit(); File getPersonImageDirectory(); Boolean getVisitAssignmentHandlerAdjustEncounterTimeOfDayIfNecessary(); }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } @Override String getMetadataSourceName(); Location getUnknownLocation(); Provider getUnknownProvider(); EncounterRole getOrderingProviderEncounterRole(); Role getFullPrivilegeLevel(); Role getHighPrivilegeLevel(); EncounterType getCheckInEncounterType(); EncounterRole getCheckInClerkEncounterRole(); EncounterType getVisitNoteEncounterType(); @Deprecated // use visit note encounter type, as "Visit Note" is the proper naming convention EncounterType getConsultEncounterType(); EncounterRole getClinicianEncounterRole(); EncounterType getAdmissionEncounterType(); EncounterType getExitFromInpatientEncounterType(); EncounterType getTransferWithinHospitalEncounterType(); Form getAdmissionForm(); Form getDischargeForm(); Form getTransferForm(); int getVisitExpireHours(); VisitType getAtFacilityVisitType(); LocationTag getSupportsVisitsLocationTag(); LocationTag getSupportsLoginLocationTag(); LocationTag getSupportsAdmissionLocationTag(); LocationTag getSupportsTransferLocationTag(); PersonAttributeType getTestPatientPersonAttributeType(); PersonAttributeType getTelephoneAttributeType(); PersonAttributeType getUnknownPatientPersonAttributeType(); PatientIdentifierType getPrimaryIdentifierType(); List<PatientIdentifierType> getExtraPatientIdentifierTypes(); DiagnosisMetadata getDiagnosisMetadata(); List<ConceptSource> getConceptSourcesForDiagnosisSearch(); ConceptSource getEmrApiConceptSource(); Concept getUnknownCauseOfDeathConcept(); Concept getAdmissionDecisionConcept(); Concept getDenyAdmissionConcept(); List<PatientIdentifierType> getIdentifierTypesToSearch(); Collection<Concept> getDiagnosisSets(); Collection<Concept> getNonDiagnosisConceptSets(); Collection<Concept> getSuppressedDiagnosisConcepts(); ConceptMapType getSameAsConceptMapType(); ConceptMapType getNarrowerThanConceptMapType(); Integer getLastViewedPatientSizeLimit(); File getPersonImageDirectory(); Boolean getVisitAssignmentHandlerAdjustEncounterTimeOfDayIfNecessary(); }
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@Test public void shouldMapDosingInstructionsToDrugOrder() { DosingInstructions dosingInstructions = DosingInstructionsBuilder.sample(); Concept capsuleConcept = new Concept(); when(conceptService.getConceptByName(dosingInstructions.getDoseUnits())).thenReturn(capsuleConcept); Concept routeConcept = new Concept(); when(conceptService.getConceptByName(dosingInstructions.getRoute())).thenReturn(routeConcept); Concept frequencyConcept = new Concept(); when(conceptService.getConceptByName(dosingInstructions.getFrequency())).thenReturn(frequencyConcept); OrderFrequency orderFrequency = new OrderFrequency(); when(orderMetadataService.getOrderFrequencyByName("QDS", false)).thenReturn(orderFrequency); Concept quantityUnits = new Concept(); when(conceptService.getConceptByName(dosingInstructions.getQuantityUnits())).thenReturn(quantityUnits); DrugOrder drugOrder = new DrugOrder(); DosingInstructionsMapper dosingInstructionsMapper = new DosingInstructionsMapper(conceptService, orderMetadataService); dosingInstructionsMapper.map(dosingInstructions, drugOrder); assertThat(drugOrder.getDosingInstructions(), is(equalTo("AC"))); assertThat(drugOrder.getDose(), is(equalTo(2.0))); assertThat(drugOrder.getDoseUnits(), is(capsuleConcept)); assertThat(drugOrder.getRoute(), is(equalTo(routeConcept))); assertThat(drugOrder.getFrequency(), is(equalTo(orderFrequency))); assertThat(drugOrder.getAsNeeded(), is(equalTo(false))); assertThat(drugOrder.getQuantity(), is(equalTo(Double.valueOf(dosingInstructions.getQuantity())))); assertThat(drugOrder.getQuantityUnits(), is(equalTo(quantityUnits))); assertThat(drugOrder.getNumRefills(), is(equalTo(dosingInstructions.getNumberOfRefills()))); }
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public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; }
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DosingInstructionsMapper { public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; } }
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DosingInstructionsMapper { public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; } DosingInstructionsMapper(ConceptService conceptService, OrderMetadataService orderMetadataService); }
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DosingInstructionsMapper { public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; } DosingInstructionsMapper(ConceptService conceptService, OrderMetadataService orderMetadataService); DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder); }
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DosingInstructionsMapper { public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; } DosingInstructionsMapper(ConceptService conceptService, OrderMetadataService orderMetadataService); DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder); }
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@Test public void visitExpireHours_shouldBeDefaultValueWhenNotConfigured(){ when(administrationService.getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS)).thenReturn(null); assertEquals(EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS, emrApiProperties.getVisitExpireHours()); }
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public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } @Override String getMetadataSourceName(); Location getUnknownLocation(); Provider getUnknownProvider(); EncounterRole getOrderingProviderEncounterRole(); Role getFullPrivilegeLevel(); Role getHighPrivilegeLevel(); EncounterType getCheckInEncounterType(); EncounterRole getCheckInClerkEncounterRole(); EncounterType getVisitNoteEncounterType(); @Deprecated // use visit note encounter type, as "Visit Note" is the proper naming convention EncounterType getConsultEncounterType(); EncounterRole getClinicianEncounterRole(); EncounterType getAdmissionEncounterType(); EncounterType getExitFromInpatientEncounterType(); EncounterType getTransferWithinHospitalEncounterType(); Form getAdmissionForm(); Form getDischargeForm(); Form getTransferForm(); int getVisitExpireHours(); VisitType getAtFacilityVisitType(); LocationTag getSupportsVisitsLocationTag(); LocationTag getSupportsLoginLocationTag(); LocationTag getSupportsAdmissionLocationTag(); LocationTag getSupportsTransferLocationTag(); PersonAttributeType getTestPatientPersonAttributeType(); PersonAttributeType getTelephoneAttributeType(); PersonAttributeType getUnknownPatientPersonAttributeType(); PatientIdentifierType getPrimaryIdentifierType(); List<PatientIdentifierType> getExtraPatientIdentifierTypes(); DiagnosisMetadata getDiagnosisMetadata(); List<ConceptSource> getConceptSourcesForDiagnosisSearch(); ConceptSource getEmrApiConceptSource(); Concept getUnknownCauseOfDeathConcept(); Concept getAdmissionDecisionConcept(); Concept getDenyAdmissionConcept(); List<PatientIdentifierType> getIdentifierTypesToSearch(); Collection<Concept> getDiagnosisSets(); Collection<Concept> getNonDiagnosisConceptSets(); Collection<Concept> getSuppressedDiagnosisConcepts(); ConceptMapType getSameAsConceptMapType(); ConceptMapType getNarrowerThanConceptMapType(); Integer getLastViewedPatientSizeLimit(); File getPersonImageDirectory(); Boolean getVisitAssignmentHandlerAdjustEncounterTimeOfDayIfNecessary(); }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } @Override String getMetadataSourceName(); Location getUnknownLocation(); Provider getUnknownProvider(); EncounterRole getOrderingProviderEncounterRole(); Role getFullPrivilegeLevel(); Role getHighPrivilegeLevel(); EncounterType getCheckInEncounterType(); EncounterRole getCheckInClerkEncounterRole(); EncounterType getVisitNoteEncounterType(); @Deprecated // use visit note encounter type, as "Visit Note" is the proper naming convention EncounterType getConsultEncounterType(); EncounterRole getClinicianEncounterRole(); EncounterType getAdmissionEncounterType(); EncounterType getExitFromInpatientEncounterType(); EncounterType getTransferWithinHospitalEncounterType(); Form getAdmissionForm(); Form getDischargeForm(); Form getTransferForm(); int getVisitExpireHours(); VisitType getAtFacilityVisitType(); LocationTag getSupportsVisitsLocationTag(); LocationTag getSupportsLoginLocationTag(); LocationTag getSupportsAdmissionLocationTag(); LocationTag getSupportsTransferLocationTag(); PersonAttributeType getTestPatientPersonAttributeType(); PersonAttributeType getTelephoneAttributeType(); PersonAttributeType getUnknownPatientPersonAttributeType(); PatientIdentifierType getPrimaryIdentifierType(); List<PatientIdentifierType> getExtraPatientIdentifierTypes(); DiagnosisMetadata getDiagnosisMetadata(); List<ConceptSource> getConceptSourcesForDiagnosisSearch(); ConceptSource getEmrApiConceptSource(); Concept getUnknownCauseOfDeathConcept(); Concept getAdmissionDecisionConcept(); Concept getDenyAdmissionConcept(); List<PatientIdentifierType> getIdentifierTypesToSearch(); Collection<Concept> getDiagnosisSets(); Collection<Concept> getNonDiagnosisConceptSets(); Collection<Concept> getSuppressedDiagnosisConcepts(); ConceptMapType getSameAsConceptMapType(); ConceptMapType getNarrowerThanConceptMapType(); Integer getLastViewedPatientSizeLimit(); File getPersonImageDirectory(); Boolean getVisitAssignmentHandlerAdjustEncounterTimeOfDayIfNecessary(); }
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@Test public void visitExpireHours_shouldBeDefaultValueWhenNotConfiguredAsNonInteger(){ when(administrationService.getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS)).thenReturn("foo"); assertEquals(EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS, emrApiProperties.getVisitExpireHours()); }
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public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } @Override String getMetadataSourceName(); Location getUnknownLocation(); Provider getUnknownProvider(); EncounterRole getOrderingProviderEncounterRole(); Role getFullPrivilegeLevel(); Role getHighPrivilegeLevel(); EncounterType getCheckInEncounterType(); EncounterRole getCheckInClerkEncounterRole(); EncounterType getVisitNoteEncounterType(); @Deprecated // use visit note encounter type, as "Visit Note" is the proper naming convention EncounterType getConsultEncounterType(); EncounterRole getClinicianEncounterRole(); EncounterType getAdmissionEncounterType(); EncounterType getExitFromInpatientEncounterType(); EncounterType getTransferWithinHospitalEncounterType(); Form getAdmissionForm(); Form getDischargeForm(); Form getTransferForm(); int getVisitExpireHours(); VisitType getAtFacilityVisitType(); LocationTag getSupportsVisitsLocationTag(); LocationTag getSupportsLoginLocationTag(); LocationTag getSupportsAdmissionLocationTag(); LocationTag getSupportsTransferLocationTag(); PersonAttributeType getTestPatientPersonAttributeType(); PersonAttributeType getTelephoneAttributeType(); PersonAttributeType getUnknownPatientPersonAttributeType(); PatientIdentifierType getPrimaryIdentifierType(); List<PatientIdentifierType> getExtraPatientIdentifierTypes(); DiagnosisMetadata getDiagnosisMetadata(); List<ConceptSource> getConceptSourcesForDiagnosisSearch(); ConceptSource getEmrApiConceptSource(); Concept getUnknownCauseOfDeathConcept(); Concept getAdmissionDecisionConcept(); Concept getDenyAdmissionConcept(); List<PatientIdentifierType> getIdentifierTypesToSearch(); Collection<Concept> getDiagnosisSets(); Collection<Concept> getNonDiagnosisConceptSets(); Collection<Concept> getSuppressedDiagnosisConcepts(); ConceptMapType getSameAsConceptMapType(); ConceptMapType getNarrowerThanConceptMapType(); Integer getLastViewedPatientSizeLimit(); File getPersonImageDirectory(); Boolean getVisitAssignmentHandlerAdjustEncounterTimeOfDayIfNecessary(); }
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EmrApiProperties extends ModuleProperties { public int getVisitExpireHours() { return NumberUtils.toInt(getGlobalProperty(EmrApiConstants.GP_VISIT_EXPIRE_HOURS, false), EmrApiConstants.DEFAULT_VISIT_EXPIRE_HOURS); } @Override String getMetadataSourceName(); Location getUnknownLocation(); Provider getUnknownProvider(); EncounterRole getOrderingProviderEncounterRole(); Role getFullPrivilegeLevel(); Role getHighPrivilegeLevel(); EncounterType getCheckInEncounterType(); EncounterRole getCheckInClerkEncounterRole(); EncounterType getVisitNoteEncounterType(); @Deprecated // use visit note encounter type, as "Visit Note" is the proper naming convention EncounterType getConsultEncounterType(); EncounterRole getClinicianEncounterRole(); EncounterType getAdmissionEncounterType(); EncounterType getExitFromInpatientEncounterType(); EncounterType getTransferWithinHospitalEncounterType(); Form getAdmissionForm(); Form getDischargeForm(); Form getTransferForm(); int getVisitExpireHours(); VisitType getAtFacilityVisitType(); LocationTag getSupportsVisitsLocationTag(); LocationTag getSupportsLoginLocationTag(); LocationTag getSupportsAdmissionLocationTag(); LocationTag getSupportsTransferLocationTag(); PersonAttributeType getTestPatientPersonAttributeType(); PersonAttributeType getTelephoneAttributeType(); PersonAttributeType getUnknownPatientPersonAttributeType(); PatientIdentifierType getPrimaryIdentifierType(); List<PatientIdentifierType> getExtraPatientIdentifierTypes(); DiagnosisMetadata getDiagnosisMetadata(); List<ConceptSource> getConceptSourcesForDiagnosisSearch(); ConceptSource getEmrApiConceptSource(); Concept getUnknownCauseOfDeathConcept(); Concept getAdmissionDecisionConcept(); Concept getDenyAdmissionConcept(); List<PatientIdentifierType> getIdentifierTypesToSearch(); Collection<Concept> getDiagnosisSets(); Collection<Concept> getNonDiagnosisConceptSets(); Collection<Concept> getSuppressedDiagnosisConcepts(); ConceptMapType getSameAsConceptMapType(); ConceptMapType getNarrowerThanConceptMapType(); Integer getLastViewedPatientSizeLimit(); File getPersonImageDirectory(); Boolean getVisitAssignmentHandlerAdjustEncounterTimeOfDayIfNecessary(); }
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@Test public void getConceptSourcesForDiagnosisSearch_shouldNotReturnNull(){ when(administrationService.getGlobalProperty(EmrApiConstants.EMR_CONCEPT_SOURCES_FOR_DIAGNOSIS_SEARCH)).thenReturn("ICD-10-WHO"); when(conceptService.getConceptSourceByName(anyString())).thenReturn(null); Assert.assertNotNull(emrApiProperties.getConceptSourcesForDiagnosisSearch()); Assert.assertTrue(emrApiProperties.getConceptSourcesForDiagnosisSearch().isEmpty()); ConceptSource icd10Source = new ConceptSource(); icd10Source.setName("ICD-10-WHO"); when(conceptService.getConceptSourceByName(anyString())).thenReturn(icd10Source); Assert.assertNotNull(emrApiProperties.getConceptSourcesForDiagnosisSearch()); Assert.assertTrue(emrApiProperties.getConceptSourcesForDiagnosisSearch().size() > 0); }
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public List<ConceptSource> getConceptSourcesForDiagnosisSearch() { String conceptSourcesForDiagnosisSearch = administrationService.getGlobalProperty(EmrApiConstants.EMR_CONCEPT_SOURCES_FOR_DIAGNOSIS_SEARCH); List<ConceptSource> conceptSourceList = new ArrayList<ConceptSource>(); if (StringUtils.hasText(conceptSourcesForDiagnosisSearch)) { String[] specifiedSourceNames = conceptSourcesForDiagnosisSearch.split(","); for (String specifiedSourceName : specifiedSourceNames) { ConceptSource aSource = conceptService.getConceptSourceByName(specifiedSourceName); if (aSource != null) { conceptSourceList.add(aSource); } } } return conceptSourceList; }
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EmrApiProperties extends ModuleProperties { public List<ConceptSource> getConceptSourcesForDiagnosisSearch() { String conceptSourcesForDiagnosisSearch = administrationService.getGlobalProperty(EmrApiConstants.EMR_CONCEPT_SOURCES_FOR_DIAGNOSIS_SEARCH); List<ConceptSource> conceptSourceList = new ArrayList<ConceptSource>(); if (StringUtils.hasText(conceptSourcesForDiagnosisSearch)) { String[] specifiedSourceNames = conceptSourcesForDiagnosisSearch.split(","); for (String specifiedSourceName : specifiedSourceNames) { ConceptSource aSource = conceptService.getConceptSourceByName(specifiedSourceName); if (aSource != null) { conceptSourceList.add(aSource); } } } return conceptSourceList; } }
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EmrApiProperties extends ModuleProperties { public List<ConceptSource> getConceptSourcesForDiagnosisSearch() { String conceptSourcesForDiagnosisSearch = administrationService.getGlobalProperty(EmrApiConstants.EMR_CONCEPT_SOURCES_FOR_DIAGNOSIS_SEARCH); List<ConceptSource> conceptSourceList = new ArrayList<ConceptSource>(); if (StringUtils.hasText(conceptSourcesForDiagnosisSearch)) { String[] specifiedSourceNames = conceptSourcesForDiagnosisSearch.split(","); for (String specifiedSourceName : specifiedSourceNames) { ConceptSource aSource = conceptService.getConceptSourceByName(specifiedSourceName); if (aSource != null) { conceptSourceList.add(aSource); } } } return conceptSourceList; } }
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EmrApiProperties extends ModuleProperties { public List<ConceptSource> getConceptSourcesForDiagnosisSearch() { String conceptSourcesForDiagnosisSearch = administrationService.getGlobalProperty(EmrApiConstants.EMR_CONCEPT_SOURCES_FOR_DIAGNOSIS_SEARCH); List<ConceptSource> conceptSourceList = new ArrayList<ConceptSource>(); if (StringUtils.hasText(conceptSourcesForDiagnosisSearch)) { String[] specifiedSourceNames = conceptSourcesForDiagnosisSearch.split(","); for (String specifiedSourceName : specifiedSourceNames) { ConceptSource aSource = conceptService.getConceptSourceByName(specifiedSourceName); if (aSource != null) { conceptSourceList.add(aSource); } } } return conceptSourceList; } @Override String getMetadataSourceName(); Location getUnknownLocation(); Provider getUnknownProvider(); EncounterRole getOrderingProviderEncounterRole(); Role getFullPrivilegeLevel(); Role getHighPrivilegeLevel(); EncounterType getCheckInEncounterType(); EncounterRole getCheckInClerkEncounterRole(); EncounterType getVisitNoteEncounterType(); @Deprecated // use visit note encounter type, as "Visit Note" is the proper naming convention EncounterType getConsultEncounterType(); EncounterRole getClinicianEncounterRole(); EncounterType getAdmissionEncounterType(); EncounterType getExitFromInpatientEncounterType(); EncounterType getTransferWithinHospitalEncounterType(); Form getAdmissionForm(); Form getDischargeForm(); Form getTransferForm(); int getVisitExpireHours(); VisitType getAtFacilityVisitType(); LocationTag getSupportsVisitsLocationTag(); LocationTag getSupportsLoginLocationTag(); LocationTag getSupportsAdmissionLocationTag(); LocationTag getSupportsTransferLocationTag(); PersonAttributeType getTestPatientPersonAttributeType(); PersonAttributeType getTelephoneAttributeType(); PersonAttributeType getUnknownPatientPersonAttributeType(); PatientIdentifierType getPrimaryIdentifierType(); List<PatientIdentifierType> getExtraPatientIdentifierTypes(); DiagnosisMetadata getDiagnosisMetadata(); List<ConceptSource> getConceptSourcesForDiagnosisSearch(); ConceptSource getEmrApiConceptSource(); Concept getUnknownCauseOfDeathConcept(); Concept getAdmissionDecisionConcept(); Concept getDenyAdmissionConcept(); List<PatientIdentifierType> getIdentifierTypesToSearch(); Collection<Concept> getDiagnosisSets(); Collection<Concept> getNonDiagnosisConceptSets(); Collection<Concept> getSuppressedDiagnosisConcepts(); ConceptMapType getSameAsConceptMapType(); ConceptMapType getNarrowerThanConceptMapType(); Integer getLastViewedPatientSizeLimit(); File getPersonImageDirectory(); Boolean getVisitAssignmentHandlerAdjustEncounterTimeOfDayIfNecessary(); }
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EmrApiProperties extends ModuleProperties { public List<ConceptSource> getConceptSourcesForDiagnosisSearch() { String conceptSourcesForDiagnosisSearch = administrationService.getGlobalProperty(EmrApiConstants.EMR_CONCEPT_SOURCES_FOR_DIAGNOSIS_SEARCH); List<ConceptSource> conceptSourceList = new ArrayList<ConceptSource>(); if (StringUtils.hasText(conceptSourcesForDiagnosisSearch)) { String[] specifiedSourceNames = conceptSourcesForDiagnosisSearch.split(","); for (String specifiedSourceName : specifiedSourceNames) { ConceptSource aSource = conceptService.getConceptSourceByName(specifiedSourceName); if (aSource != null) { conceptSourceList.add(aSource); } } } return conceptSourceList; } @Override String getMetadataSourceName(); Location getUnknownLocation(); Provider getUnknownProvider(); EncounterRole getOrderingProviderEncounterRole(); Role getFullPrivilegeLevel(); Role getHighPrivilegeLevel(); EncounterType getCheckInEncounterType(); EncounterRole getCheckInClerkEncounterRole(); EncounterType getVisitNoteEncounterType(); @Deprecated // use visit note encounter type, as "Visit Note" is the proper naming convention EncounterType getConsultEncounterType(); EncounterRole getClinicianEncounterRole(); EncounterType getAdmissionEncounterType(); EncounterType getExitFromInpatientEncounterType(); EncounterType getTransferWithinHospitalEncounterType(); Form getAdmissionForm(); Form getDischargeForm(); Form getTransferForm(); int getVisitExpireHours(); VisitType getAtFacilityVisitType(); LocationTag getSupportsVisitsLocationTag(); LocationTag getSupportsLoginLocationTag(); LocationTag getSupportsAdmissionLocationTag(); LocationTag getSupportsTransferLocationTag(); PersonAttributeType getTestPatientPersonAttributeType(); PersonAttributeType getTelephoneAttributeType(); PersonAttributeType getUnknownPatientPersonAttributeType(); PatientIdentifierType getPrimaryIdentifierType(); List<PatientIdentifierType> getExtraPatientIdentifierTypes(); DiagnosisMetadata getDiagnosisMetadata(); List<ConceptSource> getConceptSourcesForDiagnosisSearch(); ConceptSource getEmrApiConceptSource(); Concept getUnknownCauseOfDeathConcept(); Concept getAdmissionDecisionConcept(); Concept getDenyAdmissionConcept(); List<PatientIdentifierType> getIdentifierTypesToSearch(); Collection<Concept> getDiagnosisSets(); Collection<Concept> getNonDiagnosisConceptSets(); Collection<Concept> getSuppressedDiagnosisConcepts(); ConceptMapType getSameAsConceptMapType(); ConceptMapType getNarrowerThanConceptMapType(); Integer getLastViewedPatientSizeLimit(); File getPersonImageDirectory(); Boolean getVisitAssignmentHandlerAdjustEncounterTimeOfDayIfNecessary(); }
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@Test public void shouldGetDefaultLocaleForUser() { User user = new User(); user.setUserProperty(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE, "ht"); Assert.assertEquals("ht", GeneralUtils.getDefaultLocale(user).toString()); }
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public static Locale getDefaultLocale(User user) { if (user != null && user.getUserProperties() != null && user.getUserProperties().containsKey(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE)) { String localeString = user.getUserProperty(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE); Locale locale = normalizeLocale(localeString); return locale; } return null; }
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GeneralUtils { public static Locale getDefaultLocale(User user) { if (user != null && user.getUserProperties() != null && user.getUserProperties().containsKey(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE)) { String localeString = user.getUserProperty(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE); Locale locale = normalizeLocale(localeString); return locale; } return null; } }
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GeneralUtils { public static Locale getDefaultLocale(User user) { if (user != null && user.getUserProperties() != null && user.getUserProperties().containsKey(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE)) { String localeString = user.getUserProperty(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE); Locale locale = normalizeLocale(localeString); return locale; } return null; } }
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GeneralUtils { public static Locale getDefaultLocale(User user) { if (user != null && user.getUserProperties() != null && user.getUserProperties().containsKey(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE)) { String localeString = user.getUserProperty(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE); Locale locale = normalizeLocale(localeString); return locale; } return null; } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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GeneralUtils { public static Locale getDefaultLocale(User user) { if (user != null && user.getUserProperties() != null && user.getUserProperties().containsKey(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE)) { String localeString = user.getUserProperty(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE); Locale locale = normalizeLocale(localeString); return locale; } return null; } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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@Test public void setPropertyIfDifferent_shouldChangePropertyWhenDifferent() throws Exception { Date date = new Date(); Patient p = new Patient(); boolean changed = GeneralUtils.setPropertyIfDifferent(p, "birthdate", date); assertThat(changed, is(true)); assertThat(p.getBirthdate(), is(date)); }
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public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } }
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GeneralUtils { public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } } }
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GeneralUtils { public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } } }
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GeneralUtils { public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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GeneralUtils { public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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@Test public void setPropertyIfDifferent_shouldNotChangePropertyWhenAlreadySet() throws Exception { Date date = new Date(); Patient p = new Patient(); p.setBirthdate(date); boolean changed = GeneralUtils.setPropertyIfDifferent(p, "birthdate", date); assertThat(changed, is(false)); assertThat(p.getBirthdate(), is(date)); }
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public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } }
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GeneralUtils { public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } } }
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GeneralUtils { public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } } }
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GeneralUtils { public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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GeneralUtils { public static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue) { try { Object currentValue = PropertyUtils.getProperty(bean, propertyName); if (OpenmrsUtil.nullSafeEquals(currentValue, newValue)) { return false; } else { PropertyUtils.setProperty(bean, propertyName, newValue); return true; } } catch (Exception ex) { throw new RuntimeException(ex); } } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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@Test public void getLastViewedPatients_shouldReturnAListOfThePatientsLastViewedByTheSpecifiedUser() throws Exception { User user = new User(1); user.setUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS, "2,6,7"); PowerMockito.mockStatic(Context.class); AdministrationService as = mock(AdministrationService.class); PatientService ps = mock(PatientService.class); UserService us = mock(UserService.class); when(Context.getAdministrationService()).thenReturn(as); when(Context.getPatientService()).thenReturn(ps); when(Context.getUserService()).thenReturn(us); when(as.getGlobalProperty(Mockito.eq(EmrApiConstants.UNKNOWN_PATIENT_PERSON_ATTRIBUTE_TYPE_NAME))).thenReturn(""); when(ps.getPatient(eq(2))).thenReturn(new Patient(2)); when(ps.getPatient(eq(6))).thenReturn(new Patient(6)); when(ps.getPatient(eq(7))).thenReturn(new Patient(7)); when(us.getUser(eq(user.getId()))).thenReturn(user); List<Patient> lastViewed = GeneralUtils.getLastViewedPatients(user); Assert.assertEquals(7, lastViewed.get(0).getId().intValue()); Assert.assertEquals(6, lastViewed.get(1).getId().intValue()); Assert.assertEquals(2, lastViewed.get(2).getId().intValue()); }
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public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; }
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GeneralUtils { public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; } }
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GeneralUtils { public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; } }
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GeneralUtils { public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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GeneralUtils { public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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@Test public void getLastViewedPatients_shouldNotReturnVoidedPatients() throws Exception { Patient voided = new Patient(999); voided.setVoided(true); User user = new User(1); user.setUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS, "2,999,3"); PowerMockito.mockStatic(Context.class); AdministrationService as = mock(AdministrationService.class); PatientService ps = mock(PatientService.class); UserService us = mock(UserService.class); when(Context.getAdministrationService()).thenReturn(as); when(Context.getPatientService()).thenReturn(ps); when(Context.getUserService()).thenReturn(us); when(as.getGlobalProperty(Mockito.eq(EmrApiConstants.UNKNOWN_PATIENT_PERSON_ATTRIBUTE_TYPE_NAME))).thenReturn(""); when(ps.getPatient(eq(2))).thenReturn(new Patient(2)); when(ps.getPatient(eq(3))).thenReturn(new Patient(3)); when(ps.getPatient(eq(999))).thenReturn(voided); when(us.getUser(eq(user.getId()))).thenReturn(user); List<Patient> lastViewed = GeneralUtils.getLastViewedPatients(user); Assert.assertEquals(2, lastViewed.size()); Assert.assertEquals(3, lastViewed.get(0).getId().intValue()); Assert.assertEquals(2, lastViewed.get(1).getId().intValue()); }
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public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; }
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GeneralUtils { public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; } }
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GeneralUtils { public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; } }
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GeneralUtils { public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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GeneralUtils { public static List<Patient> getLastViewedPatients(User user) { List<Patient> lastViewed = new ArrayList<Patient>(); if (user != null) { user = Context.getUserService().getUser(user.getId()); String lastViewedPatientIdsString = user .getUserProperty(EmrApiConstants.USER_PROPERTY_NAME_LAST_VIEWED_PATIENT_IDS); if (StringUtils.isNotBlank(lastViewedPatientIdsString)) { PatientService ps = Context.getPatientService(); lastViewedPatientIdsString = lastViewedPatientIdsString.replaceAll("\\s", ""); String[] patientIds = lastViewedPatientIdsString.split(","); for (String pId : patientIds) { try { Patient p = ps.getPatient(Integer.valueOf(pId)); if (p != null && !p.isVoided() && !p.isPersonVoided()) { lastViewed.add(p); } } catch (NumberFormatException e) {} } } } Collections.reverse(lastViewed); return lastViewed; } static Locale getDefaultLocale(User user); static Locale normalizeLocale(String localeString); static PatientIdentifierType getPatientIdentifierType(String id); static PatientIdentifierType getPatientIdentifierType(String id, PatientService patientService); static boolean isValidUuidFormat(String uuid); static String getPersonAddressProperty(PersonAddress address, String property); static PatientIdentifier getPatientIdentifier(Patient patient, PatientIdentifierType patientIdentifierType, Location location); static boolean setPropertyIfDifferent(Object bean, String propertyName, Object newValue); static List<Patient> getLastViewedPatients(User user); static Date getCurrentDateIfNull(Date date); }
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@Test public void should_convert_concept_to_encounter_concept() { ConceptMapper conceptMapper = new ConceptMapper(); ConceptBuilder conceptBuilder = new ConceptBuilder(null, new ConceptDatatype(), new ConceptClass()); ConceptSource source = new ConceptSource(); source.setName("PACS Procedure Code"); conceptBuilder.addName("Test concept"); conceptBuilder.addMapping(new ConceptMapType(), source, "122"); EncounterTransaction.Concept encounterTransactionConcept = conceptMapper.map(conceptBuilder.get()); Map<String, Object> mappings = encounterTransactionConcept.getMappings().get(0); assertThat(mappings.size(), is(3)); assertThat((String) mappings.get("code"), is("122")); assertThat(mappings.get("name"), is(nullValue())); assertThat((String) mappings.get("source"), is("PACS Procedure Code")); }
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public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; }
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ConceptMapper { public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; } }
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ConceptMapper { public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; } }
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ConceptMapper { public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; } EncounterTransaction.Concept map(Concept concept); }
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ConceptMapper { public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; } EncounterTransaction.Concept map(Concept concept); }
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@Test public void should_set_hiNormal_and_lowNormal_properties_for_numeric_concept() throws Exception { when(authenticatedUser.getUserProperty(OpenmrsConstants.USER_PROPERTY_DEFAULT_LOCALE)).thenReturn("fr"); ConceptNumeric concept = new ConceptNumeric(); ConceptName conceptName = new ConceptName(); conceptName.setName("Temperature Data"); concept.addName(conceptName); ConceptDatatype conceptDatatype = new ConceptDatatype(); conceptDatatype.setName("Numeric"); concept.setDatatype(conceptDatatype); ConceptClass conceptClass = new ConceptClass(); conceptClass.setName("Concept Details"); concept.setConceptClass(conceptClass); concept.setHiNormal((double) 20); concept.setLowNormal((double) 15); ConceptMapper conceptMapper = new ConceptMapper(); EncounterTransaction.Concept encounterTransactionConcept = conceptMapper.map(concept); Assert.assertEquals((double) 20, encounterTransactionConcept.getHiNormal(), 0.0); Assert.assertEquals((double) 15, encounterTransactionConcept.getLowNormal(), 0.0); }
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public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; }
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ConceptMapper { public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; } }
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ConceptMapper { public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; } }
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ConceptMapper { public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; } EncounterTransaction.Concept map(Concept concept); }
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ConceptMapper { public EncounterTransaction.Concept map(Concept concept) { if (concept == null) { return null; } concept = new HibernateLazyLoader().load(concept); ConceptClass conceptClass = concept.getConceptClass(); String conceptClassName = (conceptClass != null) ? conceptClass.getName() : null; EncounterTransaction.Concept encounterTransactionConcept = new EncounterTransaction.Concept( concept.getUuid(), concept.getName().getName(), concept.isSet(), concept.getDatatype().getName(), null, conceptClassName, getShortName(concept), concept.getConceptMappings()); if (concept.isNumeric()) { encounterTransactionConcept.setUnits(((ConceptNumeric) concept).getUnits()); encounterTransactionConcept.setHiNormal(((ConceptNumeric) concept).getHiNormal()); encounterTransactionConcept.setLowNormal(((ConceptNumeric) concept).getLowNormal()); } return encounterTransactionConcept; } EncounterTransaction.Concept map(Concept concept); }
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@Test public void shouldDefaultNumRefillsToZeroIfNotAvailable() { DosingInstructions dosingInstructions = DosingInstructionsBuilder.sample(); dosingInstructions.setNumberOfRefills(null); DrugOrder drugOrder = new DrugOrder(); DosingInstructionsMapper dosingInstructionsMapper = new DosingInstructionsMapper(conceptService, orderMetadataService); dosingInstructionsMapper.map(dosingInstructions, drugOrder); assertThat(drugOrder.getNumRefills(), is(equalTo(0))); }
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public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; }
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DosingInstructionsMapper { public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; } }
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DosingInstructionsMapper { public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; } DosingInstructionsMapper(ConceptService conceptService, OrderMetadataService orderMetadataService); }
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DosingInstructionsMapper { public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; } DosingInstructionsMapper(ConceptService conceptService, OrderMetadataService orderMetadataService); DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder); }
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DosingInstructionsMapper { public DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder) { drugOrder.setDose(dosingInstructions.getDose()); drugOrder.setDoseUnits(conceptByName(dosingInstructions.getDoseUnits())); drugOrder.setDosingInstructions(dosingInstructions.getAdministrationInstructions()); drugOrder.setRoute(conceptByName(dosingInstructions.getRoute())); drugOrder.setAsNeeded(dosingInstructions.getAsNeeded()); drugOrder.setFrequency(orderMetadataService.getOrderFrequencyByName(dosingInstructions.getFrequency(), false)); drugOrder.setQuantity(Double.valueOf(dosingInstructions.getQuantity())); drugOrder.setQuantityUnits(conceptByName(dosingInstructions.getQuantityUnits())); Integer numberOfRefills = dosingInstructions.getNumberOfRefills(); drugOrder.setNumRefills(numberOfRefills == null? 0: numberOfRefills); return drugOrder; } DosingInstructionsMapper(ConceptService conceptService, OrderMetadataService orderMetadataService); DrugOrder map(EncounterTransaction.DosingInstructions dosingInstructions, DrugOrder drugOrder); }
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@Test public void shouldConvertUTCformatToDate() throws Exception { String utcDateString = "2015-07-30T18:30:00.000Z"; SimpleDateFormat simpleDateFormat = new SimpleDateFormat("yyyy-MM-dd"); simpleDateFormat.setTimeZone(TimeZone.getTimeZone("IST")); Date actualDate = new DateMapper().convertUTCToDate(utcDateString); assertNotNull(actualDate); assertEquals("2015-07-31", simpleDateFormat.format(actualDate)); }
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public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; }
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DateMapper { public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; } }
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DateMapper { public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; } }
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DateMapper { public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; } Date convertUTCToDate(String date); }
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DateMapper { public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; } Date convertUTCToDate(String date); }
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@Test(expected = RuntimeException.class) public void shouldThrowExceptionForWrongUTCformat() throws Exception { String utcDateString = "2015-07-30T11:00:00.000"; Date actualDate = new DateMapper().convertUTCToDate(utcDateString); }
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public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; }
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DateMapper { public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; } }
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DateMapper { public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; } }
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DateMapper { public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; } Date convertUTCToDate(String date); }
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DateMapper { public Date convertUTCToDate(String date) { if (!StringUtils.isBlank(date)) { try { DateFormat utcFormat = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSS'Z'"); utcFormat.setTimeZone(TimeZone.getTimeZone("UTC")); return utcFormat.parse(date); } catch (ParseException e) { throw new RuntimeException("Date format needs to be in UTC format. Incorrect Date:" + date + ".", e); } } return null; } Date convertUTCToDate(String date); }
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@Test public void shouldSaveDispositionAsObsGroup() { String noteConceptUuid = "disposition-note"+UUID_SUFFIX; String dispositionNoteValue = "disposition note text"; String code = "ADMIT"; newConcept(ConceptDatatype.TEXT, noteConceptUuid); Encounter encounter = createEncounter("e-uuid"); EncounterTransaction.Disposition disposition = new EncounterTransaction.Disposition(); EncounterTransaction.Observation additionalObs = new EncounterTransaction.Observation() .setConcept(getConcept(noteConceptUuid)).setValue(dispositionNoteValue); disposition.setCode(code).setAdditionalObs(Arrays.asList(additionalObs)); encounterDispositionServiceHelper.update(encounter, disposition); assertDispositionValues(noteConceptUuid, dispositionNoteValue, code, encounter); }
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public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); void update(Encounter encounter, EncounterTransaction.Disposition disposition); }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); void update(Encounter encounter, EncounterTransaction.Disposition disposition); }
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@Test public void shouldVoidObsWhenDispositionIsVoided() { Encounter encounter = new Encounter(); Obs dispositionGroupObservation = buildDispositionGroupObservation(); Set<Obs> groupMembersObservation = dispositionGroupObservation.getGroupMembers(); encounter.addObs(dispositionGroupObservation); EncounterTransaction.Disposition disposition = new EncounterTransaction.Disposition(); disposition.setCode("ADMIT"); disposition.setVoided(true); disposition.setVoidReason("Entry by mistake"); encounterDispositionServiceHelper.update(encounter, disposition); Obs updatedDispositionGroupObservation = getObsByUuid(dispositionGroupObservation.getUuid(), encounter.getAllObs(true)); assertEquals(true, updatedDispositionGroupObservation.getVoided()); assertEquals(disposition.getVoidReason(), updatedDispositionGroupObservation.getVoidReason()); for (Obs obs : groupMembersObservation) { assertEquals(true, obs.getVoided()); assertEquals(disposition.getVoidReason(), obs.getVoidReason()); } }
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public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); void update(Encounter encounter, EncounterTransaction.Disposition disposition); }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); void update(Encounter encounter, EncounterTransaction.Disposition disposition); }
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@Test public void shouldUpdateDispositionAsObsGroup() { String noteConceptUuid = "disposition-note"+UUID_SUFFIX; String dispositionNoteValue = "disposition note text"; String code = "ADMIT"; newConcept(ConceptDatatype.TEXT, noteConceptUuid); Encounter encounter = createEncounter("e-uuid"); EncounterTransaction.Disposition disposition = new EncounterTransaction.Disposition(); disposition.setCode(code).setAdditionalObs(Arrays.asList(new EncounterTransaction.Observation().setConcept(getConcept(noteConceptUuid)).setValue(dispositionNoteValue))); encounterDispositionServiceHelper.update(encounter, disposition); code = "DISCHARGE"; dispositionNoteValue = dispositionNoteValue+" addendum"; disposition = new EncounterTransaction.Disposition(); disposition.setCode(code).setAdditionalObs(Arrays.asList(new EncounterTransaction.Observation().setConcept(getConcept(noteConceptUuid)).setValue(dispositionNoteValue))); setUpConceptByMapping(code, null); encounterDispositionServiceHelper.update(encounter, disposition); assertDispositionValues(noteConceptUuid, dispositionNoteValue, code, encounter); }
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public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); void update(Encounter encounter, EncounterTransaction.Disposition disposition); }
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EncounterDispositionServiceHelper { public void update(Encounter encounter, EncounterTransaction.Disposition disposition) { try { if (isValid(disposition)) { dispositionGroupConcept = getDispositionGroupConcept(); dispositionConcept = getDispositionConcept(); Obs dispositionObsGroup = getExistingDisposition(encounter); if (dispositionObsGroup == null) { dispositionObsGroup = createObsGroupForDisposition(disposition); } else if (disposition.isVoided()) { dispositionObsGroup = voidDisposition(dispositionObsGroup, disposition); } else { dispositionObsGroup = editExistingDisposition(dispositionObsGroup, disposition); } encounter.addObs(dispositionObsGroup); } } catch (ParseException e) { throw new IllegalArgumentException(e); } } EncounterDispositionServiceHelper(ConceptService conceptService); EncounterDispositionServiceHelper(); void update(Encounter encounter, EncounterTransaction.Disposition disposition); }
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@Test public void shouldMap() throws Exception { Encounter encounter = new EncounterBuilder().build(); boolean includeAll = false; when(Context.getRegisteredComponents(EncounterTransactionHandler.class)).thenReturn(null); EncounterTransaction encounterTransaction = encounterTransactionMapper.map(encounter, includeAll); Assert.assertEquals(encounter.getUuid(), encounterTransaction.getEncounterUuid()); Assert.assertEquals(encounter.getVisit().getUuid(), encounterTransaction.getVisitUuid()); Assert.assertEquals(encounter.getPatient().getUuid(), encounterTransaction.getPatientUuid()); Assert.assertEquals(encounter.getEncounterType().getUuid(), encounterTransaction.getEncounterTypeUuid()); Assert.assertEquals(encounter.getLocation().getUuid(), encounterTransaction.getLocationUuid()); Assert.assertEquals(encounter.getLocation().getName(), encounterTransaction.getLocationName()); Assert.assertEquals(encounter.getVisit().getLocation().getUuid(), encounterTransaction.getVisitLocationUuid()); Assert.assertEquals(encounter.getVisit().getVisitType().getUuid(), encounterTransaction.getVisitTypeUuid()); }
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public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); EncounterTransaction map(Encounter encounter, Boolean includeAll); }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); EncounterTransaction map(Encounter encounter, Boolean includeAll); }
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@Test public void shouldMapEncounterWithoutEncounterType() throws Exception { Encounter encounter = new EncounterBuilder().withEncounterType(null).build(); when(Context.getRegisteredComponents(EncounterTransactionHandler.class)).thenReturn(null); EncounterTransaction encounterTransaction = encounterTransactionMapper.map(encounter, false); Assert.assertEquals(null, encounterTransaction.getEncounterTypeUuid()); }
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public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); EncounterTransaction map(Encounter encounter, Boolean includeAll); }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); EncounterTransaction map(Encounter encounter, Boolean includeAll); }
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@Test public void shouldMapEncounterTransactionsWithExtensions(){ Encounter encounter = new EncounterBuilder().build(); boolean includeAll = false; EncounterTransactionHandler encounterTransactionHandler = mock(EncounterTransactionHandler.class); when(Context.getRegisteredComponents(EncounterTransactionHandler.class)).thenReturn( Arrays.asList(encounterTransactionHandler)); encounterTransactionMapper = new EncounterTransactionMapper(encounterObservationsMapper, encounterProviderMapper, orderMapper); EncounterTransaction encounterTransaction = encounterTransactionMapper.map(encounter, includeAll); verify(encounterTransactionHandler).forRead(eq(encounter), any(EncounterTransaction.class)); }
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public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); EncounterTransaction map(Encounter encounter, Boolean includeAll); }
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EncounterTransactionMapper { public EncounterTransaction map(Encounter encounter, Boolean includeAll) { Visit visit = encounter.getVisit(); EncounterTransaction encounterTransaction = new EncounterTransaction(visit.getUuid(), encounter.getUuid()); encounterTransaction.setPatientUuid(encounter.getPatient().getUuid()); encounterTransaction.setEncounterTypeUuid(encounter.getEncounterType() != null ? encounter.getEncounterType().getUuid() : null); encounterTransaction.setLocationUuid(encounter.getLocation() != null ? encounter.getLocation().getUuid() : null); encounterTransaction.setLocationName(encounter.getLocation() != null ? encounter.getLocation().getName() : null); encounterTransaction.setVisitTypeUuid(visit.getVisitType().getUuid()); encounterTransaction.setVisitLocationUuid(visit.getLocation() != null ? visit.getLocation().getUuid() : null); encounterTransaction.setEncounterDateTime(encounter.getEncounterDatetime()); encounterProviderMapper.update(encounterTransaction, encounter.getEncounterProviders()); encounterObservationsMapper.update(encounterTransaction, getSortedTopLevelObservations(encounter, includeAll)); if (orderMapper != null) { encounterTransaction.setDrugOrders(orderMapper.mapDrugOrders(encounter)); encounterTransaction.setOrders(orderMapper.mapOrders(encounter)); } postProcessEncounter(encounter,encounterTransaction); return encounterTransaction; } @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper); @Autowired(required = false) EncounterTransactionMapper(EncounterObservationsMapper encounterObservationsMapper, EncounterProviderMapper encounterProviderMapper, OrderMapper orderMapper); EncounterTransaction map(Encounter encounter, Boolean includeAll); }
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@Test public void shouldTransformGivenETObsToObs() throws ParseException { Concept numericConcept = newConcept(new ConceptDataTypeBuilder().numeric(), "numeric-concept-uuid"); Date observationDateTime = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSSZ").parse("2005-01-01T00:00:00.000+0000"); EncounterTransaction.Observation etObs = new EncounterTransaction.Observation().setUuid("o-uuid").setValue(35.0).setComment("overweight").setObservationDateTime(observationDateTime).setConcept(newEtConcept("ET_CONCEPT")); when(conceptService.getConceptByUuid(etObs.getConceptUuid())).thenReturn(numericConcept); Obs obs = this.obsMapper.transformEtObs(encounter,null, etObs); assertEquals(new Double(35.0), obs.getValueNumeric()); assertEquals("overweight", obs.getComment()); assertEquals(observationDateTime, obs.getObsDatetime()); assertEquals(patient, obs.getPerson()); }
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public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; }
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ObsMapper { public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; } }
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ObsMapper { public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); }
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ObsMapper { public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData); Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid); }
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ObsMapper { public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData); Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid); }
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@Test public void shouldVoidObs() throws ParseException { Concept numericConcept = newConcept(new ConceptDataTypeBuilder().numeric(), "numeric-concept-uuid"); Date observationDateTime = new SimpleDateFormat("yyyy-MM-dd'T'HH:mm:ss.SSSZ").parse("2005-01-01T00:00:00.000+0000"); EncounterTransaction.Observation etObs = new EncounterTransaction.Observation().setUuid("o-uuid").setVoided(true).setValue("").setComment("overweight").setObservationDateTime(observationDateTime).setConcept(newEtConcept("ET_CONCEPT")); when(conceptService.getConceptByUuid(etObs.getConceptUuid())).thenReturn(numericConcept); Obs obs = this.obsMapper.transformEtObs(encounter,null, etObs); assertEquals(true, obs.getVoided()); assertEquals(patient, obs.getPerson()); }
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public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; }
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ObsMapper { public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; } }
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ObsMapper { public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); }
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ObsMapper { public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData); Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid); }
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ObsMapper { public Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData) { if (observation == null) { observation = newObservation(encounter,observationData); } mapObservationProperties(observationData, observation); for (EncounterTransaction.Observation member : observationData.getGroupMembers()) { Obs nextLevelObs = getMatchingObservation(observation.getGroupMembers(), member.getUuid()); observation.addGroupMember(transformEtObs(encounter,nextLevelObs, member)); } return observation; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData); Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid); }
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@Test public void shouldMapObservationWithNumericValue(){ when(conceptDatatype.isNumeric()).thenReturn(true); Obs obs = obsBuilder.setFormField("form uuid", "formFieldPath").get(); EncounterTransaction.Observation observation = observationMapper.map(obs); assertEquals(observation.getFormNamespace(), "form uuid"); assertEquals(observation.getFormFieldPath(), "formFieldPath"); }
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@Override public EncounterTransaction.Observation map(Obs obs) { EncounterTransaction.Observation observation = super.map(obs); observation.setFormNamespace(obs.getFormFieldNamespace()); observation.setFormFieldPath(obs.getFormFieldPath()); setInterpretationAndStatus(observation, obs); return observation; }
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ObservationMapper1_12 extends ObservationMapper { @Override public EncounterTransaction.Observation map(Obs obs) { EncounterTransaction.Observation observation = super.map(obs); observation.setFormNamespace(obs.getFormFieldNamespace()); observation.setFormFieldPath(obs.getFormFieldPath()); setInterpretationAndStatus(observation, obs); return observation; } }
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ObservationMapper1_12 extends ObservationMapper { @Override public EncounterTransaction.Observation map(Obs obs) { EncounterTransaction.Observation observation = super.map(obs); observation.setFormNamespace(obs.getFormFieldNamespace()); observation.setFormFieldPath(obs.getFormFieldPath()); setInterpretationAndStatus(observation, obs); return observation; } @Autowired ObservationMapper1_12(ConceptMapper conceptMapper, DrugMapper drugMapper, UserMapper userMapper); }
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ObservationMapper1_12 extends ObservationMapper { @Override public EncounterTransaction.Observation map(Obs obs) { EncounterTransaction.Observation observation = super.map(obs); observation.setFormNamespace(obs.getFormFieldNamespace()); observation.setFormFieldPath(obs.getFormFieldPath()); setInterpretationAndStatus(observation, obs); return observation; } @Autowired ObservationMapper1_12(ConceptMapper conceptMapper, DrugMapper drugMapper, UserMapper userMapper); @Override EncounterTransaction.Observation map(Obs obs); }
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ObservationMapper1_12 extends ObservationMapper { @Override public EncounterTransaction.Observation map(Obs obs) { EncounterTransaction.Observation observation = super.map(obs); observation.setFormNamespace(obs.getFormFieldNamespace()); observation.setFormFieldPath(obs.getFormFieldPath()); setInterpretationAndStatus(observation, obs); return observation; } @Autowired ObservationMapper1_12(ConceptMapper conceptMapper, DrugMapper drugMapper, UserMapper userMapper); @Override EncounterTransaction.Observation map(Obs obs); }
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@Test public void shouldReturnMatchingObs() { Obs obs1 = new Obs(); obs1.setUuid("o1_uuid"); obs1.setConcept(newConcept(new ConceptDataTypeBuilder().numeric(), "numeric-concept-uuid")); Obs obs2 = new Obs(); obs2.setUuid("o2_uuid"); obs2.setConcept(newConcept(new ConceptDataTypeBuilder().numeric(), "numeric-concept-uuid")); Set<Obs> obsSet = Sets.newSet(obs1, obs2); Obs obs = this.obsMapper.getMatchingObservation(obsSet, "o2_uuid"); assertEquals(obs2, obs); }
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public Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid) { if (existingObservations == null) return null; for (Obs obs : existingObservations) { if (StringUtils.equals(obs.getUuid(), observationUuid)) return obs; } return null; }
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ObsMapper { public Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid) { if (existingObservations == null) return null; for (Obs obs : existingObservations) { if (StringUtils.equals(obs.getUuid(), observationUuid)) return obs; } return null; } }
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ObsMapper { public Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid) { if (existingObservations == null) return null; for (Obs obs : existingObservations) { if (StringUtils.equals(obs.getUuid(), observationUuid)) return obs; } return null; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); }
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ObsMapper { public Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid) { if (existingObservations == null) return null; for (Obs obs : existingObservations) { if (StringUtils.equals(obs.getUuid(), observationUuid)) return obs; } return null; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData); Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid); }
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ObsMapper { public Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid) { if (existingObservations == null) return null; for (Obs obs : existingObservations) { if (StringUtils.equals(obs.getUuid(), observationUuid)) return obs; } return null; } @Autowired ObsMapper(ConceptService conceptService,
EmrApiProperties emrApiProperties,
ObsService obsService, OrderService orderService); Obs transformEtObs(Encounter encounter,Obs observation, EncounterTransaction.Observation observationData); Obs getMatchingObservation(Set<Obs> existingObservations, String observationUuid); }
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@Test public void shouldAddProvider() { Encounter encounter = new Encounter(); EncounterTransaction.Provider provider = new EncounterTransaction.Provider(); provider.setUuid("provider-uuid"); provider.setName("provider-name"); provider.setEncounterRoleUuid("role-uuid"); encounterProviderServiceHelper.update(encounter, Collections.singleton(provider)); assertThat(encounter.getEncounterProviders().size(), is(equalTo(1))); EncounterProvider encounterProvider = encounter.getEncounterProviders().iterator().next(); assertThat(encounterProvider.getProvider().getUuid(), is(equalTo("provider-uuid"))); assertThat(encounterProvider.getProvider().getName(), is(equalTo("provider-name"))); assertThat(encounterProvider.getEncounterRole().getUuid(), is(equalTo("role-uuid"))); }
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public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); void update(Encounter encounter, Set<EncounterTransaction.Provider> providers); }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); void update(Encounter encounter, Set<EncounterTransaction.Provider> providers); }
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@Test public void shouldSetEncounterRoleToUknownIfNotSpecified() { Encounter encounter = new Encounter(); EncounterTransaction.Provider provider = new EncounterTransaction.Provider(); provider.setUuid("provider-uuid"); provider.setName("provider-name"); encounterProviderServiceHelper.update(encounter, Collections.singleton(provider)); assertThat(encounter.getEncounterProviders().size(), is(equalTo(1))); EncounterProvider encounterProvider = encounter.getEncounterProviders().iterator().next(); assertThat(encounterProvider.getProvider().getUuid(), is(equalTo("provider-uuid"))); assertThat(encounterProvider.getProvider().getName(), is(equalTo("provider-name"))); assertThat(encounterProvider.getEncounterRole().getUuid(), is(equalTo(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID))); }
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public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); void update(Encounter encounter, Set<EncounterTransaction.Provider> providers); }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); void update(Encounter encounter, Set<EncounterTransaction.Provider> providers); }
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@Test public void shoulAddSecondProvider() { Encounter encounter = new Encounter(); Provider provider = new Provider(); provider.setUuid("provider-uuid"); EncounterRole role = new EncounterRole(); role.setUuid("role-uuid"); encounter.addProvider(role, provider); EncounterTransaction.Provider encounterTransactionProvider = new EncounterTransaction.Provider(); encounterTransactionProvider.setUuid("another-provider-uuid"); encounterTransactionProvider.setEncounterRoleUuid("role-uuid"); assertThat(encounter.getEncounterProviders().size(), is(equalTo(1))); encounterProviderServiceHelper.update(encounter, Collections.singleton(encounterTransactionProvider)); assertThat(encounter.getEncounterProviders().size(), is(equalTo(2))); Iterator<EncounterProvider> i = encounter.getEncounterProviders().iterator(); EncounterProvider encounterProvider1 = i.next(); EncounterProvider encounterProvider2 = i.next(); assertTrue(encounterProvider1.getProvider().getUuid().equals("provider-uuid") && encounterProvider2.getProvider().getUuid().equals("another-provider-uuid") || encounterProvider1.getProvider().getUuid().equals("another-provider-uuid") && encounterProvider2.getProvider().getUuid().equals("provider-uuid")); assertThat(encounterProvider1.getEncounterRole().getUuid(), is(equalTo("role-uuid"))); assertThat(encounterProvider2.getEncounterRole().getUuid(), is(equalTo("role-uuid"))); }
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public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); void update(Encounter encounter, Set<EncounterTransaction.Provider> providers); }
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EncounterProviderServiceHelper { public void update(Encounter encounter, Set<EncounterTransaction.Provider> providers) { for (EncounterTransaction.Provider provider : providers) { EncounterProvider encounterProvider = findProvider(encounter, provider.getUuid(), provider.getEncounterRoleUuid()); if(encounterProvider == null) { EncounterRole encounterRole = null; if (StringUtils.isNotEmpty(provider.getEncounterRoleUuid())) { encounterRole = encounterService.getEncounterRoleByUuid(provider.getEncounterRoleUuid()); } if (encounterRole == null) { encounterRole = encounterService.getEncounterRoleByUuid(EncounterRole.UNKNOWN_ENCOUNTER_ROLE_UUID); } encounter.addProvider(encounterRole, providerService.getProviderByUuid(provider.getUuid())); } } } EncounterProviderServiceHelper(ProviderService providerService, EncounterService encounterService); void update(Encounter encounter, Set<EncounterTransaction.Provider> providers); }
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