src_fm_fc_ms_ff stringlengths 43 86.8k | target stringlengths 20 276k |
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EnumType extends NamespaceOwnedElement implements SimpleType { @Override public boolean isClassType() { return false; } EnumType(final Identifier id, final String name, final List<EnumLiteral> literals,
final List<TaggedValue> taggedValues); @Override void accept(final Visitor visitor); @Override List<EnumL... | @Test public void testIsClassType() { assertEquals(false, enumType.isClassType()); } |
EnumType extends NamespaceOwnedElement implements SimpleType { @Override public boolean isDataType() { return false; } EnumType(final Identifier id, final String name, final List<EnumLiteral> literals,
final List<TaggedValue> taggedValues); @Override void accept(final Visitor visitor); @Override List<EnumLi... | @Test public void testIsDataType() { assertEquals(false, enumType.isDataType()); } |
EnumType extends NamespaceOwnedElement implements SimpleType { @Override public boolean isEnumType() { return true; } EnumType(final Identifier id, final String name, final List<EnumLiteral> literals,
final List<TaggedValue> taggedValues); @Override void accept(final Visitor visitor); @Override List<EnumLit... | @Test public void testIsEnumType() { assertEquals(true, enumType.isEnumType()); } |
EnumType extends NamespaceOwnedElement implements SimpleType { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("id: " + getId()).append(", "); sb.append("name: \"" + getName() + "\""); sb.append(", "); sb.append("literals: " + literals); if (!getTaggedValues(... | @Test public void testToString() { String string1 = enumType.toString(); String string2 = "{id: 1234, name: \"TestEnumType\", literals: []}"; assertEquals(string2, string1); } |
TagDefinition extends NamespaceOwnedElement implements HasMultiplicity { @Override public void accept(final Visitor visitor) { visitor.visit(this); } TagDefinition(final Identifier id, final List<TaggedValue> taggedValues, final String name,
final Multiplicity multiplicity); TagDefinition(final Identifier ... | @Test public void testAccept() { tagDefinition.accept(visitor); } |
TagDefinition extends NamespaceOwnedElement implements HasMultiplicity { @Override public Multiplicity getMultiplicity() { return multiplicity; } TagDefinition(final Identifier id, final List<TaggedValue> taggedValues, final String name,
final Multiplicity multiplicity); TagDefinition(final Identifier id, ... | @Test public void testGetMultiplicity() { assertEquals(TestUtils.ZERO_TO_ONE, tagDefinition.getMultiplicity()); } |
TagDefinition extends NamespaceOwnedElement implements HasMultiplicity { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("id: " + getId()).append(", "); sb.append("name: " + getName()).append(", "); sb.append("multiplicity: " + multiplicity); if (!getTaggedVa... | @Test public void testToString() { String string1 = tagDefinition.toString(); String string2 = "{id: 1234, name: TestTagDefinition, multiplicity: " + TestUtils.ZERO_TO_ONE + "}"; assertEquals(string2, string1); } |
Model extends ModelElement implements Visitable { @Override public void accept(final Visitor visitor) { visitor.visit(this); } Model(final Identifier id, final String name, final List<TaggedValue> taggedValues,
final List<NamespaceOwnedElement> ownedElements); @Override void accept(final Visitor visitor); S... | @Test public void testAccept() { model.accept(visitor); } |
Model extends ModelElement implements Visitable { public String getName() { return name; } Model(final Identifier id, final String name, final List<TaggedValue> taggedValues,
final List<NamespaceOwnedElement> ownedElements); @Override void accept(final Visitor visitor); String getName(); List<NamespaceOwned... | @Test public void testGetName() { assertEquals("TestModel", model.getName()); } |
Model extends ModelElement implements Visitable { public List<NamespaceOwnedElement> getOwnedElements() { return ownedElements; } Model(final Identifier id, final String name, final List<TaggedValue> taggedValues,
final List<NamespaceOwnedElement> ownedElements); @Override void accept(final Visitor visitor)... | @Test public void testGetOwnedElements() { List<NamespaceOwnedElement> list = model.getOwnedElements(); assertNotNull(list); assertEquals(0, list.size()); } |
FilePresenceValidator implements Validator<IngestionFileEntry> { @Override public boolean isValid(IngestionFileEntry entry, AbstractMessageReport report, ReportStats reportStats, Source source, Map<String, Object> parameters) { boolean valid = true; if (hasPathInName(entry.getFileName())) { report.error(reportStats, ne... | @Test public void testBase004Message() { IngestionFileEntry fe = new IngestionFileEntry("/", FileFormat.CONTROL_FILE, FileType.CONTROL, "subFolder/file.ctl", ""); FilePresenceValidator v = new FilePresenceValidator(); AbstractMessageReport mr = Mockito.spy(new DummyMessageReport()); Assert.assertFalse(v.isValid(fe, mr,... |
MongoAggFormatter extends MongoOutputFormat<EmittableKey, BSONWritable> { @Override public RecordWriter<EmittableKey, BSONWritable> getRecordWriter( org.apache.hadoop.mapreduce.TaskAttemptContext context) { Configuration config = context.getConfiguration(); return new MongoAggWriter(MongoConfigUtil.getOutputCollection(... | @Test public void testGetRecordWriter() throws Exception { DBCollection mockCollection = Mockito.mock(DBCollection.class); UserGroupInformation ugi = Mockito.mock(UserGroupInformation.class); PowerMockito.mockStatic(UserGroupInformation.class); Mockito.when(UserGroupInformation.getCurrentUser()).thenReturn(ugi); TaskAt... |
Model extends ModelElement implements Visitable { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("id: " + getId()).append(", "); sb.append("name: \"" + getName() + "\""); sb.append(", "); if (!getTaggedValues().isEmpty()) { sb.append(", "); sb.append("tagged... | @Test public void testToString() { String string1 = model.toString(); String string2 = "{id: 1234, name: \"TestModel\", }"; assertEquals(string2, string1); } |
Multiplicity extends ModelElement { @Override public void accept(final Visitor visitor) { visitor.visit(this); } Multiplicity(final Identifier id, final List<TaggedValue> taggedValues, final Range range); Multiplicity(final List<TaggedValue> taggedValues, final Range range); Multiplicity(final Range range); @Override... | @Test public void testAccept() { multiplicity.accept(visitor); } |
Multiplicity extends ModelElement { public Range getRange() { return range; } Multiplicity(final Identifier id, final List<TaggedValue> taggedValues, final Range range); Multiplicity(final List<TaggedValue> taggedValues, final Range range); Multiplicity(final Range range); @Override void accept(final Visitor visitor)... | @Test public void testGetRange() { Range range = multiplicity.getRange(); assertNotNull(range); assertEquals(Occurs.ZERO, range.getLower()); assertEquals(Occurs.UNBOUNDED, range.getUpper()); } |
Multiplicity extends ModelElement { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("range: " + range); if (!getTaggedValues().isEmpty()) { sb.append(", "); sb.append("taggedValues: " + getTaggedValues()); } sb.append("}"); return sb.toString(); } Multiplicit... | @Test public void testToString() { String string1 = multiplicity.toString(); String string2 = "{range: " + new Range(Occurs.ZERO, Occurs.UNBOUNDED).toString() + "}"; assertEquals(string2, string1); } |
Range extends ModelElement { @Override public void accept(final Visitor visitor) { visitor.visit(this); } Range(final Identifier id, final Occurs lower, final Occurs upper, final List<TaggedValue> taggedValues); Range(final Occurs lower, final Occurs upper, final List<TaggedValue> taggedValues); Range(final Occurs lo... | @Test public void testAccept() { range.accept(visitor); } |
Range extends ModelElement { public Occurs getLower() { return lowerBound; } Range(final Identifier id, final Occurs lower, final Occurs upper, final List<TaggedValue> taggedValues); Range(final Occurs lower, final Occurs upper, final List<TaggedValue> taggedValues); Range(final Occurs lower, final Occurs upper); @Ov... | @Test public void testGetLower() { assertEquals(Occurs.ZERO, range.getLower()); } |
Range extends ModelElement { public Occurs getUpper() { return upperBound; } Range(final Identifier id, final Occurs lower, final Occurs upper, final List<TaggedValue> taggedValues); Range(final Occurs lower, final Occurs upper, final List<TaggedValue> taggedValues); Range(final Occurs lower, final Occurs upper); @Ov... | @Test public void testGetUpper() { assertEquals(Occurs.ONE, range.getUpper()); } |
Range extends ModelElement { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("lower: " + lowerBound).append(", "); sb.append("upper: " + upperBound); if (!getTaggedValues().isEmpty()) { sb.append(", "); sb.append("taggedValues: " + getTaggedValues()); } sb.ap... | @Test public void testToString() { String string1 = range.toString(); String string2 = "{lower: " + Occurs.ZERO + ", upper: " + Occurs.ONE + "}"; assertEquals(string2, string1); } |
TaggedValueHelper { public static final boolean getBooleanTag(final String name, final Taggable element, final ModelIndex lookup, final boolean defaultValue) { for (final TaggedValue taggedValue : element.getTaggedValues()) { final TagDefinition tagDefinition = lookup.getTagDefinition(taggedValue.getTagDefinition()); i... | @Test public void testGetBooleanTag() throws Exception { Type classType = modelIndex.getType(CLASSTYPE_ID); assertEquals(STRING_VALUE, TaggedValueHelper.getStringTag(TAG_DEFINITION_NAME, classType, modelIndex, "")); assertEquals(DEFAULT_VALUE, TaggedValueHelper.getStringTag(RANDOM_TAG_NAME, classType, modelIndex, DEFAU... |
TaggedValueHelper { public static final String getStringTag(final String name, final Taggable element, final ModelIndex lookup, final String defaultValue) { for (final TaggedValue taggedValue : element.getTaggedValues()) { final TagDefinition tagDefinition = lookup.getTagDefinition(taggedValue.getTagDefinition()); if (... | @Test public void testGetStringTag() throws Exception { Type classType = modelIndex.getType(CLASSTYPE_ID); assertEquals(false, TaggedValueHelper.getBooleanTag(TAG_DEFINITION_NAME, classType, modelIndex, true)); assertEquals(true, TaggedValueHelper.getBooleanTag("randomTagName", classType, modelIndex, true)); } |
TaggedValueHelper { public static final boolean hasTag(final String name, final Taggable element, final ModelIndex lookup) { for (final TaggedValue taggedValue : element.getTaggedValues()) { final TagDefinition tagDefinition = lookup.getTagDefinition(taggedValue.getTagDefinition()); if (name.equals(tagDefinition.getNam... | @Test public void testHasTag() throws Exception { Type classType = modelIndex.getType(CLASSTYPE_ID); assertTrue(TaggedValueHelper.hasTag(TAG_DEFINITION_NAME, classType, modelIndex)); }
@Test public void testHasTagFalse() { Type classType = modelIndex.getType(CLASSTYPE_ID); assertFalse(TaggedValueHelper.hasTag("", class... |
NamespaceHelper { public static final String getNamespace(final Type type, final ModelIndex model) { for (final ModelElement whereUsed : model.whereUsed(type.getId())) { if (whereUsed instanceof UmlPackage) { final UmlPackage pkg = (UmlPackage) whereUsed; return pkg.getName(); } } return ""; } static final String getN... | @Test public void testGetNamespace() throws Exception { Type classType = modelIndex.getType(CLASSTYPE_ID); assertEquals(UMLPACKAGE_NAME, NamespaceHelper.getNamespace(classType, modelIndex)); }
@Test public void testGetNamespaceNonusedType() { Type nonusedType = mock(Type.class); when(nonusedType.getId()).thenReturn(Ide... |
Generalization extends NamespaceOwnedElement { @Override public void accept(final Visitor visitor) { visitor.visit(this); } Generalization(final Identifier child, final Identifier parent); Generalization(final String name, final Identifier child, final Identifier parent); Generalization(final String name, final Ident... | @Test public void testAccept() { generalization.accept(visitor); } |
Generalization extends NamespaceOwnedElement { public Identifier getChild() { return child; } Generalization(final Identifier child, final Identifier parent); Generalization(final String name, final Identifier child, final Identifier parent); Generalization(final String name, final Identifier id, final List<TaggedVal... | @Test public void testGetChild() { Identifier child = generalization.getChild(); assertNotNull(child); assertEquals("1234", child.toString()); } |
Generalization extends NamespaceOwnedElement { public Identifier getParent() { return parent; } Generalization(final Identifier child, final Identifier parent); Generalization(final String name, final Identifier child, final Identifier parent); Generalization(final String name, final Identifier id, final List<TaggedV... | @Test public void testGetParent() { Identifier parent = generalization.getParent(); assertNotNull(parent); assertEquals("5678", parent.toString()); } |
Generalization extends NamespaceOwnedElement { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("id: " + getId()).append(", "); sb.append("name: \"" + getName() + "\""); sb.append(", "); sb.append("parent: \"" + parent + "\""); sb.append(", "); sb.append("chil... | @Test public void testToString() { String string1 = generalization.toString(); String string2 = "{id: " + generalization.getId() + ", name: \"TestGeneralization\", parent: \"5678\", child: \"1234\"}"; assertEquals(string2, string1); } |
ClassType extends ComplexType implements Navigable { @Override public void accept(final Visitor visitor) { visitor.visit(this); } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
fin... | @Test public void testAccept() { classType.accept(visitor); } |
ClassType extends ComplexType implements Navigable { @Override public List<Attribute> getAttributes() { return attributes; } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
final Li... | @Test public void testGetAttributes() { List<Attribute> attributes = classType.getAttributes(); assertNotNull(attributes); assertEquals(0, attributes.size()); } |
ControlFile extends IngestionFileEntry { public static ControlFile parse(String parentZipFileOrDirectory, String controlFileName, AbstractMessageReport report) throws IOException, SubmissionLevelException { ControlFile cf = new ControlFile(parentZipFileOrDirectory, controlFileName); cf.parse(report); return cf; } prote... | @Test(expected = SubmissionLevelException.class) public void testInvalidRecordParseFile() throws IOException, SubmissionLevelException { String content = "edfi-xml,StudentEnrollmentdata.xml"; ControlFile controlFile = getControlFileFor(content); controlFile.parse(new DummyMessageReport()); } |
ClassType extends ComplexType implements Navigable { @Override public AssociationEnd getLHS() { return lhs; } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
final List<Attribute> a... | @Test public void testGetLHS() { AssociationEnd assocEnd = classType.getLHS(); assertNotNull(assocEnd); assertEquals(assocEnd.getId().toString(), "1234"); } |
ClassType extends ComplexType implements Navigable { @Override public AssociationEnd getRHS() { return rhs; } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
final List<Attribute> a... | @Test public void testGetRHS() { AssociationEnd assocEnd = classType.getRHS(); assertNotNull(assocEnd); assertEquals(assocEnd.getId().toString(), "4321"); } |
ClassType extends ComplexType implements Navigable { @Override public boolean isAbstract() { return isAbstract; } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
final List<Attribut... | @Test public void testIsAbstract() { assertEquals(false, classType.isAbstract()); } |
ClassType extends ComplexType implements Navigable { @Override public boolean isAssociation() { return checkAssociationEnds(lhs, rhs, false); } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
... | @Test public void testIsAssociation() { assertEquals(true, classType.isAssociation()); } |
ClassType extends ComplexType implements Navigable { @Override public boolean isClassType() { return isClassType; } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
final List<Attrib... | @Test public void testIsClassType() { assertEquals(false, classType.isClassType()); } |
ClassType extends ComplexType implements Navigable { @Override public boolean isDataType() { return false; } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
final List<Attribute> at... | @Test public void testIsDataType() { assertEquals(false, classType.isDataType()); } |
ClassType extends ComplexType implements Navigable { @Override public boolean isEnumType() { return false; } ClassType(final AssociationEnd lhs, final AssociationEnd rhs); private ClassType(final boolean isClassType, final Identifier id, final String name, final boolean isAbstract,
final List<Attribute> at... | @Test public void testIsEnumType() { assertEquals(false, classType.isEnumType()); } |
ClassType extends ComplexType implements Navigable { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("id: " + getId()).append(", "); sb.append("name: " + getName()).append(", "); sb.append("attributes: " + attributes); if (!getTaggedValues().isEmpty()) { sb.a... | @Test public void testToString() { String string1 = classType.toString(); String string2 = "{id: " + classType.getId() + ", name: , attributes: []}"; assertEquals(string2, string1); } |
EnumLiteral extends NamedModelElement implements HasName { @Override public void accept(final Visitor visitor) { visitor.visit(this); } EnumLiteral(final Identifier id, final String name, final List<TaggedValue> taggedValues); EnumLiteral(final String name, final List<TaggedValue> taggedValues); @Override void accept(... | @Test public void testAccept() { enumLiteral.accept(visitor); } |
EnumLiteral extends NamedModelElement implements HasName { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("id: " + getId()).append(", "); sb.append("name: \"" + getName() + "\""); if (!getTaggedValues().isEmpty()) { sb.append(", "); sb.append("taggedValues: ... | @Test public void testToString() { String string1 = enumLiteral.toString(); String string2 = "{id: 1234, name: \"TestEnumLiteral\"}"; assertEquals(string2, string1); } |
AbstractIngestionHandler implements Handler<T, O>, BatchJobStage { @Override public O handle(T item, AbstractMessageReport report, ReportStats reportStats) { return handle(item, report, reportStats, new FileProcessStatus()); } @Override O handle(T item, AbstractMessageReport report, ReportStats reportStats); O handle(... | @SuppressWarnings("unchecked") @Test public void handleTest() { handler = Mockito.mock(AbstractIngestionHandler.class); Mockito.doCallRealMethod() .when(handler) .handle(Mockito.any(Resource.class), Mockito.any(AbstractMessageReport.class), Mockito.any(ReportStats.class)); Mockito.doCallRealMethod() .when(handler) .han... |
Attribute extends Feature { @Override public void accept(final Visitor visitor) { visitor.visit(this); } Attribute(final Identifier id, final String name, final Identifier type, final Multiplicity multiplicity,
final List<TaggedValue> taggedValues); @Override void accept(final Visitor visitor); @Override bo... | @Test public void testAccept() { attribute.accept(visitor); } |
Attribute extends Feature { @Override public boolean isAttribute() { return true; } Attribute(final Identifier id, final String name, final Identifier type, final Multiplicity multiplicity,
final List<TaggedValue> taggedValues); @Override void accept(final Visitor visitor); @Override boolean isAssociationEn... | @Test public void testIsAttribute() { assertEquals(attribute.isAttribute(), true); } |
Attribute extends Feature { @Override public boolean isAssociationEnd() { return false; } Attribute(final Identifier id, final String name, final Identifier type, final Multiplicity multiplicity,
final List<TaggedValue> taggedValues); @Override void accept(final Visitor visitor); @Override boolean isAssocia... | @Test public void testIsAssociationEnd() { assertEquals(attribute.isAssociationEnd(), false); } |
Attribute extends Feature { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("id: " + getId()).append(", "); sb.append("name: " + getName()); sb.append(", "); sb.append("type: " + getType()); sb.append(", "); sb.append("multiplicity: " + getMultiplicity()); if... | @Test public void testToString() { String string1 = attribute.toString(); String string2 = "{id: " + identifier.toString() + ", name: TestAttribute, type: " + identifier + ", multiplicity: " + TestUtils.ZERO_TO_ONE + "}"; assertEquals(string1, string2); } |
DefaultModelIndex implements ModelIndex { @Override public Map<String, ClassType> getClassTypes() { return classTypesByName; } DefaultModelIndex(final Model model); @Override List<AssociationEnd> getAssociationEnds(final Identifier type); @Override Map<String, ClassType> getClassTypes(); @Override String getNamespaceUR... | @Test public void testGetClassTypes() { assertEquals(1, modelIndex.getClassTypes().size()); assertTrue(modelIndex.getClassTypes().containsKey(CLASSTYPE_NAME)); } |
DefaultModelIndex implements ModelIndex { @Override public String getNamespaceURI(final Type type) { return namespaceMap.get(type.getId()); } DefaultModelIndex(final Model model); @Override List<AssociationEnd> getAssociationEnds(final Identifier type); @Override Map<String, ClassType> getClassTypes(); @Override String... | @Test public void testGetNamespaceURI() { Type classType = modelIndex.getType(CLASSTYPE_ID); assertEquals(UMLPACKAGE_NAME, modelIndex.getNamespaceURI(classType)); } |
DefaultModelIndex implements ModelIndex { @Override public Map<QName, DataType> getDataTypes() { return dataTypesByName; } DefaultModelIndex(final Model model); @Override List<AssociationEnd> getAssociationEnds(final Identifier type); @Override Map<String, ClassType> getClassTypes(); @Override String getNamespaceURI(fi... | @Test public void testGetDataTypes() { assertEquals(1, modelIndex.getDataTypes().size()); assertTrue(modelIndex.getDataTypes().containsKey(new QName(UMLPACKAGE_NAME, DATATYPE_NAME))); } |
DefaultModelIndex implements ModelIndex { @Override public Type getType(final Identifier reference) { if (elementMap.containsKey(reference)) { final ModelElement element = elementMap.get(reference); if (element instanceof Type) { return (Type) element; } else { throw new IllegalArgumentException(reference.toString()); ... | @Test public void testGetType() { Type classType = modelIndex.getType(CLASSTYPE_ID); assertEquals(CLASSTYPE_NAME, classType.getName()); } |
DataType extends NamespaceOwnedElement implements SimpleType { @Override public void accept(final Visitor visitor) { visitor.visit(this); } DataType(final Identifier id, final String name); DataType(final Identifier id, final String name, final boolean isAbstract); DataType(final Identifier id, final String name, fin... | @Test public void testAccept() { dataType.accept(visitor); } |
DataType extends NamespaceOwnedElement implements SimpleType { @Override public List<EnumLiteral> getLiterals() { return Collections.emptyList(); } DataType(final Identifier id, final String name); DataType(final Identifier id, final String name, final boolean isAbstract); DataType(final Identifier id, final String n... | @Test public void testGetLiterals() { List<EnumLiteral> literalList = dataType.getLiterals(); assertNotNull(literalList); assertEquals(0, literalList.size()); } |
EdfiRecordParser extends DefaultHandler { public static void parse(InputStream input, Resource schemaResource, AbstractMessageReport messageReport, ReportStats reportStats, Source source) throws SAXException, IOException, XmlParseException { EdfiRecordParser parser = new EdfiRecordParser(messageReport, reportStats, sou... | @Test(expected = IOException.class) public void testIOExceptionForSchema() throws Throwable { Resource schema = new ClassPathResource("does_not_exists.xsd"); Resource xml = new ClassPathResource("parser/InterchangeStudentParent/Student.xml"); AbstractMessageReport mr = Mockito.mock(AbstractMessageReport.class); EdfiRec... |
DataType extends NamespaceOwnedElement implements SimpleType { @Override public boolean isAbstract() { return isAbstract; } DataType(final Identifier id, final String name); DataType(final Identifier id, final String name, final boolean isAbstract); DataType(final Identifier id, final String name, final boolean isAbs... | @Test public void testIsAbstract() { assertEquals(false, dataType.isAbstract()); } |
DataType extends NamespaceOwnedElement implements SimpleType { @Override public boolean isClassType() { return false; } DataType(final Identifier id, final String name); DataType(final Identifier id, final String name, final boolean isAbstract); DataType(final Identifier id, final String name, final boolean isAbstrac... | @Test public void testIsClassType() { assertEquals(false, dataType.isClassType()); } |
DataType extends NamespaceOwnedElement implements SimpleType { @Override public boolean isDataType() { return true; } DataType(final Identifier id, final String name); DataType(final Identifier id, final String name, final boolean isAbstract); DataType(final Identifier id, final String name, final boolean isAbstract,... | @Test public void testIsDataType() { assertEquals(true, dataType.isDataType()); } |
DataType extends NamespaceOwnedElement implements SimpleType { @Override public boolean isEnumType() { return false; } DataType(final Identifier id, final String name); DataType(final Identifier id, final String name, final boolean isAbstract); DataType(final Identifier id, final String name, final boolean isAbstract... | @Test public void testIsEnumType() { assertEquals(false, dataType.isEnumType()); } |
DataType extends NamespaceOwnedElement implements SimpleType { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("id: " + getId()).append(", "); sb.append("name: \"" + getName() + "\"").append(", "); sb.append("isAbstract: " + isAbstract); if (!getTaggedValues(... | @Test public void testToString() { String string1 = dataType.toString(); String string2 = "{id: 1234, name: \"TestDataType\", isAbstract: false}"; assertEquals(string2, string1); } |
Documentation { public List<Domain<TYPE>> getDomains() { return domains; } Documentation(final List<Domain<TYPE>> domains); List<Domain<TYPE>> getDomains(); } | @Test public void testGetDomains() { assertEquals(DOMAINS, documentation.getDomains()); } |
Entity { public String getTitle() { return title; } Entity(final String title, final TYPE type, final List<Diagram> diagrams); @Override String toString(); String getTitle(); TYPE getType(); List<Diagram> getDiagrams(); } | @Test public void testGetTitle() { assertEquals(ENTITY_TITLE, this.fooEntity.getTitle()); assertEquals(ENTITY_TITLE, this.barEntity.getTitle()); } |
Entity { public TYPE getType() { return type; } Entity(final String title, final TYPE type, final List<Diagram> diagrams); @Override String toString(); String getTitle(); TYPE getType(); List<Diagram> getDiagrams(); } | @Test public void testGetType() { assertEquals(EntityType.FOO, this.fooEntity.getType()); assertEquals(EntityType.BAR, this.barEntity.getType()); } |
Entity { public List<Diagram> getDiagrams() { return diagrams; } Entity(final String title, final TYPE type, final List<Diagram> diagrams); @Override String toString(); String getTitle(); TYPE getType(); List<Diagram> getDiagrams(); } | @Test public void testGetDiagrams() { assertEquals(diagrams, this.fooEntity.getDiagrams()); assertEquals(diagrams, this.barEntity.getDiagrams()); } |
Entity { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("title : \"").append(title).append("\""); sb.append(", "); sb.append("type : \"").append(type).append("\""); sb.append(", "); sb.append("diagrams : \"").append(diagrams).append("\""); sb.append("}"); re... | @Test public void testToString() { assertNotNull(this.fooEntity.toString()); assertNotNull(this.barEntity.toString()); } |
XslTransformDocument { public void transform(File wadlFile, File xsltFile, String outputFile) { try { Document wadlDoc = handler.parseDocument(wadlFile); handler.serializeDocumentToHtml(wadlDoc, new File(outputFile), xsltFile); } catch (DocumentManipulatorException e) { LOG.warn(e.getMessage()); } } XslTransformDocumen... | @Test public void testXslt() { URL wadlUrl = this.getClass().getResource("/eapplication.wadl"); URL xsltUrl = this.getClass().getResource("/wadl.xsl"); try { xslt.transform(new File(wadlUrl.toURI()), new File(xsltUrl.toURI()), "target/out.html"); } catch (URISyntaxException e) { e.printStackTrace(); } } |
Diagram { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("title : \"").append(title).append("\""); sb.append(", "); sb.append("source : \"").append(source).append("\""); sb.append(", "); sb.append("prolog : \"").append(prolog).append("\""); sb.append(", "); ... | @Test public void testToString() { assertNotNull(new Diagram(TITLE, SOURCE, PROLOG, EPILOG).toString()); } |
DocumentationReader { public static final Documentation<Type> readDocumentation(final InputStream stream, final ModelIndex mapper) { if (stream == null) { throw new IllegalArgumentException("stream"); } final XMLInputFactory factory = XMLInputFactory.newInstance(); try { final XMLStreamReader reader = factory.createXML... | @Test public void test() throws FileNotFoundException { Documentation<Type> resultsByFile = DocumentationReader.readDocumentation(DOMAIN_FILE, this.modelIndex); Documentation<Type> resultsByFilename = DocumentationReader.readDocumentation(DOMAIN_FILENAME, this.modelIndex); assertEquals(resultsByFile.getDomains().toStri... |
DocumentationWriter { public static final void writeDocument(final Documentation<Type> documentation, final ModelIndex model, final OutputStream outstream) { if (outstream == null) { throw new IllegalArgumentException("outstream"); } final XMLOutputFactory xof = XMLOutputFactory.newInstance(); try { final XMLStreamWrit... | @Test public void test() throws FileNotFoundException { ModelIndex modelIndex = new DefaultModelIndex(XmiReader.readModel(XMI_FILE)); Documentation<Type> documentation = DocumentationReader.readDocumentation(DOMAIN_FILE, modelIndex); DocumentationWriter.writeDocument(documentation, modelIndex, OUTPUT_FILENAME1); Docume... |
Domain { public String getTitle() { return title; } Domain(final String title, final String description, final List<Entity<TYPE>> entities,
final List<Diagram> diagrams); @Override String toString(); String getTitle(); String getDescription(); List<Entity<TYPE>> getEntities(); List<Diagram> getDiagrams(); ... | @Test public void testGetTitle() { assertEquals(TITLE, this.domain.getTitle()); } |
Domain { public String getDescription() { return description; } Domain(final String title, final String description, final List<Entity<TYPE>> entities,
final List<Diagram> diagrams); @Override String toString(); String getTitle(); String getDescription(); List<Entity<TYPE>> getEntities(); List<Diagram> getD... | @Test public void testGetDescription() { assertEquals(DESCRIPTION, this.domain.getDescription()); } |
Domain { public List<Entity<TYPE>> getEntities() { return entities; } Domain(final String title, final String description, final List<Entity<TYPE>> entities,
final List<Diagram> diagrams); @Override String toString(); String getTitle(); String getDescription(); List<Entity<TYPE>> getEntities(); List<Diagram... | @Test public void testGetEntities() { assertEquals(ENTITIES, this.domain.getEntities()); } |
Domain { @Override public String toString() { final StringBuilder sb = new StringBuilder(); sb.append("{"); sb.append("title : \"").append(title).append("\""); sb.append(", "); sb.append("description : \"").append(description).append("\""); sb.append(", "); sb.append("entities : \"").append(entities).append("\""); sb.a... | @Test public void testToString() { assertNotNull(domain.toString()); } |
Domain { public List<Diagram> getDiagrams() { return diagrams; } Domain(final String title, final String description, final List<Entity<TYPE>> entities,
final List<Diagram> diagrams); @Override String toString(); String getTitle(); String getDescription(); List<Entity<TYPE>> getEntities(); List<Diagram> get... | @Test public void testGetDiagrams() { assertEquals(DIAGRAMS, this.domain.getDiagrams()); } |
DocGen { public static void main(final String[] args) { final OptionParser parser = new OptionParser(); final OptionSpec<File> domainFileSpec = optionSpec(parser, ARGUMENT_DOMAIN_FILE, "Domain file", File.class); final OptionSpec<File> xmiFileSpec = optionSpec(parser, ARGUMENT_XMI, "XMI file", File.class); final Option... | @Test public void testMain() { File file = new File(OUTPUT_DIRECTORY + OUTPUT_FILENAME); if (file.exists()) { file.delete(); } DocGen.main(DOC_GEN_TEST_MAIN_ARGS); assertTrue(file.exists()); file.delete(); } |
CaseInsensitiveString implements Comparable<CaseInsensitiveString> { @Override public int compareTo(final CaseInsensitiveString other) { return name.compareTo(other.name); } CaseInsensitiveString(final String name); @Override int compareTo(final CaseInsensitiveString other); @Override boolean equals(final Object obj); ... | @Test public void testCompareTo() { Assert.assertFalse(STRING1.compareTo(STRING2) == 0); Assert.assertTrue(CIS1.compareTo(CIS2) == 0); } |
MergeDocuments { protected void applyMerge(Document mainDoc, Document mergeDoc) throws XPathException { NodeList mergeActions = handler.getNodeList(mergeDoc, BASE_XPATH_EXPR); for (int i = 0; i < mergeActions.getLength(); i++) { Node node = mergeActions.item(i); NamedNodeMap attrMap = node.getAttributes(); String type ... | @Test public void testApplyMerge() throws ScaffoldException, URISyntaxException, DOMException, XPathException { URL sampleUrl = this.getClass().getResource("/wadl.xml"); URL mergeUrl = this.getClass().getResource("/merge-wadl.xml"); merge.merge(new File(sampleUrl.toURI()), new File(mergeUrl.toURI()), "esample.txt"); } |
CaseInsensitiveString implements Comparable<CaseInsensitiveString> { @Override public boolean equals(final Object obj) { if (obj instanceof CaseInsensitiveString) { final CaseInsensitiveString other = (CaseInsensitiveString) obj; return name.equals(other.name); } return false; } CaseInsensitiveString(final String name)... | @Test public void testEquals() { Assert.assertFalse(CIS1.equals(STRING1)); Assert.assertTrue(CIS1.equals(new CaseInsensitiveString(STRING2))); } |
CaseInsensitiveString implements Comparable<CaseInsensitiveString> { @Override public int hashCode() { return name.hashCode(); } CaseInsensitiveString(final String name); @Override int compareTo(final CaseInsensitiveString other); @Override boolean equals(final Object obj); @Override int hashCode(); @Override String to... | @Test public void testHashCode() { Assert.assertTrue(CIS1.hashCode() == CIS2.hashCode()); } |
CaseInsensitiveString implements Comparable<CaseInsensitiveString> { @Override public String toString() { return name.toString(); } CaseInsensitiveString(final String name); @Override int compareTo(final CaseInsensitiveString other); @Override boolean equals(final Object obj); @Override int hashCode(); @Override String... | @Test public void testToString() { Assert.assertEquals(CIS1.toString(), CIS2.toString()); } |
XmiComparison { public XmiDefinition getLhsDef() { return lhsRef; } XmiComparison(final XmiDefinition lhsRef, final XmiDefinition rhsRef, final List<XmiMapping> mappings); XmiDefinition getLhsDef(); XmiDefinition getRhsDef(); List<XmiMapping> getMappings(); } | @Test public void testGetLhsDef() { Assert.assertEquals(LHS_XMI_DEFINITION, XMI_COMPARISON.getLhsDef()); } |
XmiComparison { public XmiDefinition getRhsDef() { return rhsRef; } XmiComparison(final XmiDefinition lhsRef, final XmiDefinition rhsRef, final List<XmiMapping> mappings); XmiDefinition getLhsDef(); XmiDefinition getRhsDef(); List<XmiMapping> getMappings(); } | @Test public void testGetRhsDef() { Assert.assertEquals(RHS_XMI_DEFINITION, XMI_COMPARISON.getRhsDef()); } |
XmiComparison { public List<XmiMapping> getMappings() { return mappings; } XmiComparison(final XmiDefinition lhsRef, final XmiDefinition rhsRef, final List<XmiMapping> mappings); XmiDefinition getLhsDef(); XmiDefinition getRhsDef(); List<XmiMapping> getMappings(); } | @Test public void testGetMappings() { Assert.assertEquals(XMI_MAPPINGS, XMI_COMPARISON.getMappings()); } |
CaseInsensitiveQName implements Comparable<CaseInsensitiveQName> { @Override public int compareTo(final CaseInsensitiveQName other) { return QNameComparator.SINGLETON.compare(name, other.name); } CaseInsensitiveQName(final String type, final String feature); @Override int compareTo(final CaseInsensitiveQName other); @O... | @Test public void testCompare() { Assert.assertTrue(ciqn1.compareTo(ciqn2) == 0); } |
CaseInsensitiveQName implements Comparable<CaseInsensitiveQName> { @Override public boolean equals(final Object obj) { if (obj instanceof CaseInsensitiveQName) { final CaseInsensitiveQName other = (CaseInsensitiveQName) obj; return name.equals(other.name); } return false; } CaseInsensitiveQName(final String type, final... | @Test public void testEquals() { Assert.assertTrue(ciqn1.equals(ciqn2)); Assert.assertFalse(ciqn1.equals(new QName("type", "feature"))); } |
CaseInsensitiveQName implements Comparable<CaseInsensitiveQName> { public String getLocalPart() { return name.getLocalPart(); } CaseInsensitiveQName(final String type, final String feature); @Override int compareTo(final CaseInsensitiveQName other); @Override boolean equals(final Object obj); String getLocalPart(); Str... | @Test public void testGetLocalPart() { Assert.assertEquals(ciqn1.getLocalPart(), ciqn2.getLocalPart()); } |
CaseInsensitiveQName implements Comparable<CaseInsensitiveQName> { public String getNamespaceURI() { return name.getNamespaceURI(); } CaseInsensitiveQName(final String type, final String feature); @Override int compareTo(final CaseInsensitiveQName other); @Override boolean equals(final Object obj); String getLocalPart(... | @Test public void testGetNamespaceUri() { Assert.assertEquals(ciqn1.getNamespaceURI(), ciqn2.getNamespaceURI()); } |
ResourceDocumenter { protected String readFile(File generatedHtml) { String content = ""; try { content = IOUtils.toString(new FileInputStream(generatedHtml)); } catch (FileNotFoundException e) { LOG.warn(e.getMessage()); } catch (IOException e) { LOG.warn(e.getMessage()); } return content; } void addResourceMerge(Fil... | @Test public void testReadFile() { URL testFile = this.getClass().getResource("/application.html"); try { String out = testResource.readFile(new File(testFile.toURI())); assertEquals("output should match", out, EXPECTED_OUTPUT); } catch (URISyntaxException e) { fail(e.getMessage()); } } |
CaseInsensitiveQName implements Comparable<CaseInsensitiveQName> { @Override public int hashCode() { return name.hashCode(); } CaseInsensitiveQName(final String type, final String feature); @Override int compareTo(final CaseInsensitiveQName other); @Override boolean equals(final Object obj); String getLocalPart(); Stri... | @Test public void testHashCode() { Assert.assertEquals(ciqn1.hashCode(), ciqn2.hashCode()); } |
CaseInsensitiveQName implements Comparable<CaseInsensitiveQName> { @Override public String toString() { return name.toString(); } CaseInsensitiveQName(final String type, final String feature); @Override int compareTo(final CaseInsensitiveQName other); @Override boolean equals(final Object obj); String getLocalPart(); S... | @Test public void testToString() { Assert.assertEquals(ciqn1.toString(), ciqn2.toString()); } |
XmiMapping implements Comparable<XmiMapping> { @Override public int compareTo(final XmiMapping other) { return 0; } XmiMapping(final XmiFeature lhs, final XmiFeature rhs, final XmiMappingStatus status, final String tracking, final String comment); @Override int compareTo(final XmiMapping other); @Override boolean equal... | @Test public void testCompareTo() { Assert.assertTrue(XMI_MAPPING.compareTo(null) == 0); Assert.assertTrue(XMI_MAPPING.compareTo(XMI_MAPPING) == 0); } |
XmiMapping implements Comparable<XmiMapping> { public XmiFeature getLhsFeature() { return lhs; } XmiMapping(final XmiFeature lhs, final XmiFeature rhs, final XmiMappingStatus status, final String tracking, final String comment); @Override int compareTo(final XmiMapping other); @Override boolean equals(Object o); @Overr... | @Test public void testGetLhsFeature() { Assert.assertEquals(LHS_FEATURE, XMI_MAPPING.getLhsFeature()); } |
XmiMapping implements Comparable<XmiMapping> { public XmiFeature getRhsFeature() { return rhs; } XmiMapping(final XmiFeature lhs, final XmiFeature rhs, final XmiMappingStatus status, final String tracking, final String comment); @Override int compareTo(final XmiMapping other); @Override boolean equals(Object o); @Overr... | @Test public void testGetRhsFeature() { Assert.assertEquals(RHS_FEATURE, XMI_MAPPING.getRhsFeature()); } |
XmiMapping implements Comparable<XmiMapping> { public XmiMappingStatus getStatus() { return status; } XmiMapping(final XmiFeature lhs, final XmiFeature rhs, final XmiMappingStatus status, final String tracking, final String comment); @Override int compareTo(final XmiMapping other); @Override boolean equals(Object o); @... | @Test public void testGetStatus() { Assert.assertEquals(XMI_MAPPING_STATUS, XMI_MAPPING.getStatus()); } |
XmiMapping implements Comparable<XmiMapping> { public String getComment() { return comment; } XmiMapping(final XmiFeature lhs, final XmiFeature rhs, final XmiMappingStatus status, final String tracking, final String comment); @Override int compareTo(final XmiMapping other); @Override boolean equals(Object o); @Override... | @Test public void testGetComment() { Assert.assertEquals(COMMENT, XMI_MAPPING.getComment()); } |
XmiMapping implements Comparable<XmiMapping> { public String getTracking() { return tracking; } XmiMapping(final XmiFeature lhs, final XmiFeature rhs, final XmiMappingStatus status, final String tracking, final String comment); @Override int compareTo(final XmiMapping other); @Override boolean equals(Object o); @Overri... | @Test public void testGetTracking() { Assert.assertEquals(TRACKING, XMI_MAPPING.getTracking()); } |
XmiMapping implements Comparable<XmiMapping> { @Override public String toString() { return String.format("{lhs : %s, rhs : %s, status : %s, comment : %s}", lhs, rhs, status, comment); } XmiMapping(final XmiFeature lhs, final XmiFeature rhs, final XmiMappingStatus status, final String tracking, final String comment); @O... | @Test public void testToString() { Assert.assertNotNull(XMI_MAPPING.toString()); } |
XmiFeature { public String getName() { return name; } XmiFeature(final String name, final boolean exists, final String className, final boolean classExists); String getName(); String getOwnerName(); boolean ownerExists(); boolean exists(); @Override String toString(); } | @Test public void testGetName() { assertEquals(NAME, XMI_FEATURE.getName()); } |
ResourceDocumenter { protected String createLink(String key, String value) { String link = ""; link = LINK_HTML.replace("$LINK", baseUrl + value); link = link.replace("$TYPE", key); return link; } void addResourceMerge(File generatedHtml); static void main(String[] args); } | @Test public void testCreateLink() { testResource.readPropertiesFile(); final String expectedLink = "<a href=\"" + testResource.getBaseUrl() + "endpoint#anchor\">test</a>"; String key = "test"; String value = "endpoint#anchor"; String out = testResource.createLink(key, value); assertEquals("output should match", out, e... |
XmiFeature { public boolean exists() { return exists; } XmiFeature(final String name, final boolean exists, final String className, final boolean classExists); String getName(); String getOwnerName(); boolean ownerExists(); boolean exists(); @Override String toString(); } | @Test public void testExists() { assertEquals(EXISTS, XMI_FEATURE.exists()); } |
XmiFeature { public String getOwnerName() { return className; } XmiFeature(final String name, final boolean exists, final String className, final boolean classExists); String getName(); String getOwnerName(); boolean ownerExists(); boolean exists(); @Override String toString(); } | @Test public void testGetOwnerName() { assertEquals(CLASS_NAME, XMI_FEATURE.getOwnerName()); } |
XmiFeature { public boolean ownerExists() { return classExists; } XmiFeature(final String name, final boolean exists, final String className, final boolean classExists); String getName(); String getOwnerName(); boolean ownerExists(); boolean exists(); @Override String toString(); } | @Test public void testOwnerExists() { assertEquals(CLASS_EXISTS, XMI_FEATURE.ownerExists()); } |
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