@Test
public void testFindComposedTypeForClass() {
when(modelService.getModelType(java.lang.String.class)).thenReturn("String");
when(typeDao.findComposedTypeByCode("String")).thenReturn(model1);
final ComposedTypeModel actualModel = typeService.getComposedTypeForCode("String");
Assert.assertEquals("Method returned unexpected model", model1, actualModel);
}
@Test
public void testFindTypeForNonExistingCode() {
when(typeDao.findTypeByCode("noCodeFound"))
.thenThrow(new UnknownIdentifierException("Identifier not found"));
try {
typeService.getTypeForCode("noCodeFound");
Assert.fail("Non existing component model found!");
} catch (final UnknownIdentifierException e) {
// perfectly ok
}
}
@Test
public void testFindTypeForAmbiguousCode() {
final List<TypeModel> multiModel = new ArrayList<TypeModel>();
multiModel.add(model1);
multiModel.add(model2);
when(typeDao.findTypeByCode("multiCodeFound"))
.thenThrow(new AmbiguousIdentifierException("Ambiguous identifier multiCodeFound"));
try {
typeService.getTypeForCode("multiCodeFound");
Assert.fail("Not failed after more than one component model found!");
} catch (final AmbiguousIdentifierException e) {
// perfectly ok
}
}
@Test
public void testGetUniqueAttributesWithoutModelConverter() {
final AttributeDescriptorModel attributeDescriptor1 = new AttributeDescriptorModel();
attributeDescriptor1.setUnique(Boolean.TRUE);
final ModelConverter nonItemModelConverter = mock(ModelConverter.class);
final ComposedTypeModel nonItemModel = mock(ComposedTypeModel.class);
when(converterRegistry.getModelConverterBySourceType("nonItemModel"))
.thenReturn(nonItemModelConverter);
when((nonItemModel).getDeclaredattributedescriptors())
.thenReturn(Collections.singletonList(attributeDescriptor1));
when(typeDao.findComposedTypeByCode("nonItemModel")).thenReturn(nonItemModel);
final Set<String> actualUnique = typeService.getUniqueAttributes("nonItemModel");
Assert.assertEquals("One attribute expected", 1, actualUnique.size());
}
@Test
public void testFindMandatoryAttributesWithoutModelConverter() {
final AttributeDescriptorModel attributeDescriptor1 = new AttributeDescriptorModel();
attributeDescriptor1.setModifiers(Integer.valueOf(AttributeDescriptor.WRITE_FLAG));
final ModelConverter nonItemModelConverter = mock(ModelConverter.class);
final ComposedTypeModel nonItemModel = mock(ComposedTypeModel.class);
when(converterRegistry.getModelConverterBySourceType("nonItemModel"))
.thenReturn(nonItemModelConverter);
when((nonItemModel).getDeclaredattributedescriptors())
.thenReturn(Collections.singletonList(attributeDescriptor1));
when(typeDao.findComposedTypeByCode("nonItemModel")).thenReturn(nonItemModel);
final Set<String> actualMandatory = typeService.getMandatoryAttributes("nonItemModel", false);
Assert.assertEquals("One attribute expected", 1, actualMandatory.size());
}
@Test
public void testFindUniqueModelRootType() {
final Set<String> unique = new HashSet<String>();
unique.add("unique1");
final ItemModelConverter modelConverter = mock(ItemModelConverter.class);
when(modelConverter.getUniqueAttributes()).thenReturn(unique);
when(converterRegistry.getModelConverterBySourceType("type1")).thenReturn(modelConverter);
when(converterRegistry.getModelConverterBySourceType("type2")).thenReturn(modelConverter);
final ComposedTypeModel composedType1 = mock(ComposedTypeModel.class);
final ComposedTypeModel composedType2 = mock(ComposedTypeModel.class);
when((composedType1).getCode()).thenReturn("type1");
when((composedType2).getCode()).thenReturn("type2");
when((composedType2).getSuperType()).thenReturn(composedType1);
when(typeDao.findComposedTypeByCode("type2")).thenReturn(composedType2);
final String actualUnique = typeService.getUniqueModelRootType("type2");
Assert.assertEquals("Got unexpected unique root type", "type1", actualUnique);
}
@Test
public void testGetAttributesForModiferCriteria() {
final AttributeDescriptorModel declaredDescriptor = mock(AttributeDescriptorModel.class);
when(declaredDescriptor.getModifiers()).thenReturn(Integer.valueOf(AttributeModifiers.READ));
final AttributeDescriptorModel privateDescriptor = mock(AttributeDescriptorModel.class);
when(privateDescriptor.getModifiers())
.thenReturn(Integer.valueOf(AttributeModifiers.READ | AttributeModifiers.PRIVATE));
when(privateDescriptor.getPrivate()).thenReturn(Boolean.TRUE);
final AttributeDescriptorModel inheritedDescriptor = mock(AttributeDescriptorModel.class);
when(inheritedDescriptor.getModifiers())
.thenReturn(Integer.valueOf(AttributeModifiers.READ | AttributeModifiers.INHERITED));
final AttributeDescriptorModel writableDescriptor = mock(AttributeDescriptorModel.class);
when(writableDescriptor.getModifiers())
.thenReturn(Integer.valueOf(AttributeModifiers.READ | AttributeModifiers.WRITE));
when(writableDescriptor.getWritable()).thenReturn(Boolean.TRUE);
final AttributeDescriptorModel partofDescriptor = mock(AttributeDescriptorModel.class);
when(partofDescriptor.getModifiers())
.thenReturn(
Integer.valueOf(
AttributeModifiers.READ | AttributeModifiers.PARTOF | AttributeModifiers.WRITE));
when(partofDescriptor.getWritable()).thenReturn(Boolean.TRUE);
when(partofDescriptor.getPartOf()).thenReturn(Boolean.TRUE);
final Set<AttributeDescriptorModel> declaredDescriptorModels =
new HashSet<AttributeDescriptorModel>();
declaredDescriptorModels.add(declaredDescriptor);
declaredDescriptorModels.add(writableDescriptor);
declaredDescriptorModels.add(partofDescriptor);
final Set<AttributeDescriptorModel> inheritedDescriptorModels =
new HashSet<AttributeDescriptorModel>();
inheritedDescriptorModels.add(inheritedDescriptor);
final ComposedTypeModel typeModel = mock(ComposedTypeModel.class);
when((typeModel).getDeclaredattributedescriptors()).thenReturn(declaredDescriptorModels);
when((typeModel).getInheritedattributedescriptors()).thenReturn(inheritedDescriptorModels);
final PK descriptorPk = PK.fromLong(1234567890);
final AttributeDescriptor privateDescriptorItem = mock(AttributeDescriptor.class);
when(privateDescriptorItem.getPK()).thenReturn(descriptorPk);
when(Boolean.valueOf(privateDescriptorItem.isPrivate())).thenReturn(Boolean.TRUE);
final Set<AttributeDescriptor> privateDescriptorItems = new HashSet<AttributeDescriptor>();
privateDescriptorItems.add(privateDescriptorItem);
final ComposedType composedType = mock(ComposedType.class);
when(modelService.getSource(typeModel)).thenReturn(composedType);
when(composedType.getAttributeDescriptorsIncludingPrivate()).thenReturn(privateDescriptorItems);
when(modelService.get(privateDescriptorItem)).thenReturn(privateDescriptor);
when(typeDao.findComposedTypeByCode("modifierTest")).thenReturn(typeModel);
final AttributeModifierCriteria modifierCriteria =
new AttributeModifierCriteria(0, AttributeModifiers.ALL, 0);
Assert.assertEquals(
"Five declared descriptors expected",
5,
typeService.getAttributesForModifiers("modifierTest", modifierCriteria).size());
modifierCriteria.addDisallowed(AttributeModifiers.PRIVATE);
Assert.assertEquals(
"Four declared descriptors expected",
4,
typeService.getAttributesForModifiers("modifierTest", modifierCriteria).size());
modifierCriteria.addDisallowed(AttributeModifiers.INHERITED);
Assert.assertEquals(
"Three declared descriptors expected",
3,
typeService.getAttributesForModifiers("modifierTest", modifierCriteria).size());
modifierCriteria.addRequired(AttributeModifiers.WRITE);
Assert.assertEquals(
"Two declared descriptors expected",
2,
typeService.getAttributesForModifiers("modifierTest", modifierCriteria).size());
modifierCriteria.addRequired(AttributeModifiers.PARTOF);
Assert.assertEquals(
"One declared descriptor expected",
1,
typeService.getAttributesForModifiers("modifierTest", modifierCriteria).size());
}
@Test
public void testFindAtomicTypeForCode() {
when(typeDao.findAtomicTypeByCode("atomicCode")).thenReturn(atomicModel1);
final AtomicTypeModel actualModel = typeService.getAtomicTypeForCode("atomicCode");
Assert.assertEquals("Method returned unexpected model", atomicModel1, actualModel);
}
@Test
public void testFindComposedTypeForCode() {
when(typeDao.findComposedTypeByCode("singleCodeFound")).thenReturn(model1);
Assert.assertNotNull(
"One composed type should be found", typeService.getComposedTypeForCode("singleCodeFound"));
}