public void It_returns_one_OdcmEntityClass_for_each_EntityType()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType);
var entityTypeDescendants = testCase[EdmxTestCase.Keys.EntityType].Element.Descendants();
var keyCount = entityTypeDescendants.Count(x => x.Name.LocalName == "PropertyRef");
var propertyCount = entityTypeDescendants.Count(x => x.Name.LocalName == "Property");
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType = VerifyEntityType(odcmModel, testCase[EdmxTestCase.Keys.EntityType]);
odcmEntityType.As <OdcmEntityClass>().Key.Count
.Should()
.Be(keyCount, "because each property reference added to the key of an entity type should result in an OdcmClass property");
odcmEntityType.As <OdcmEntityClass>().Properties.Count
.Should()
.Be(propertyCount, "because each property added to an entity type should result in an OdcmClass property");
odcmEntityType.As <OdcmEntityClass>().IsAbstract
.Should()
.BeFalse("because an entity type with no Abstract facet should be false in the OdcmModel");
odcmEntityType.As <OdcmEntityClass>().IsOpen
.Should()
.BeFalse("because an entity type with no OpenType facet should be false in the OdcmModel");
}
public void When_Property_is_of_TypeDefinitionType_then_it_should_resolve_as_UnderlyingPrimitiveType()
{
var underlyingType = Any.Csdl.RandomPrimitiveType();
var testCase = new EdmxTestCase()
.AddTypeDefinitionType(EdmxTestCase.Keys.TypeDefinitionType, (_, typeDefinitionType) => typeDefinitionType.AddAttribute("UnderlyingType", underlyingType));
var typeDefinitionTypeTestNode = testCase[EdmxTestCase.Keys.TypeDefinitionType];
testCase.AddComplexType(EdmxTestCase.Keys.ComplexType, (_, complexType) => complexType.Add(Any.Csdl.Property(property => property.AddAttribute("Type", typeDefinitionTypeTestNode.FullName()))));
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType<OdcmComplexClass>("because complex types should result in an OdcmClass");
odcmComplexType.As<OdcmComplexClass>().Properties
.Count(property => property.Type is OdcmTypeDefinition)
.Should()
.Be(0, "because OdcmTypeDefinition type should be resolved as underlying OdcmPrimitiveType");
}
public void It_returns_one_OdcmEntityClass_for_each_EntityType()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType);
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var keyCount = (from x in entityTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("PropertyRef") select x).Count();
var propertyCount = (from x in entityTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Property") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType <OdcmEntityClass>("because entity types should result in an OdcmClass");
odcmEntityType.As <OdcmEntityClass>().Key.Count
.Should()
.Be(keyCount, "because each property reference added to the key of an entity type should result in an OdcmClass property");
odcmEntityType.As <OdcmEntityClass>().Properties.Count
.Should()
.Be(propertyCount, "because each property added to an entity type should result in an OdcmClass property");
odcmEntityType.As <OdcmEntityClass>().IsAbstract
.Should()
.BeFalse("because an entity type with no Abstract facet should be false in the OdcmModel");
odcmEntityType.As <OdcmEntityClass>().IsOpen
.Should()
.BeFalse("because an entity type with no OpenType facet should be false in the OdcmModel");
}
public void It_returns_one_OdcmEntityClass_for_each_EntityType()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType);
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var keyCount = (from x in entityTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("PropertyRef") select x).Count();
var propertyCount = (from x in entityTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Property") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType<OdcmEntityClass>("because entity types should result in an OdcmClass");
odcmEntityType.As<OdcmEntityClass>().Key.Count
.Should()
.Be(keyCount, "because each property reference added to the key of an entity type should result in an OdcmClass property");
odcmEntityType.As<OdcmEntityClass>().Properties.Count
.Should()
.Be(propertyCount, "because each property added to an entity type should result in an OdcmClass property");
odcmEntityType.As<OdcmEntityClass>().IsAbstract
.Should()
.BeFalse("because an entity type with no Abstract facet should be false in the OdcmModel");
odcmEntityType.As<OdcmEntityClass>().IsOpen
.Should()
.BeFalse("because an entity type with no OpenType facet should be false in the OdcmModel");
}
public void When_Property_is_of_TypeDefinitionType_then_it_should_resolve_as_UnderlyingPrimitiveType()
{
var underlyingType = Any.Csdl.RandomPrimitiveType();
var testCase = new EdmxTestCase()
.AddTypeDefinitionType(EdmxTestCase.Keys.TypeDefinitionType, (_, typeDefinitionType) => typeDefinitionType.AddAttribute("UnderlyingType", underlyingType));
var typeDefinitionTypeTestNode = testCase[EdmxTestCase.Keys.TypeDefinitionType];
testCase.AddComplexType(EdmxTestCase.Keys.ComplexType, (_, complexType) => complexType.Add(Any.Csdl.Property(property => property.AddAttribute("Type", typeDefinitionTypeTestNode.FullName()))));
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType <OdcmComplexClass>("because complex types should result in an OdcmClass");
odcmComplexType.As <OdcmComplexClass>().Properties
.Count(property => property.Type is OdcmTypeDefinition)
.Should()
.Be(0, "because OdcmTypeDefinition type should be resolved as underlying OdcmPrimitiveType");
}
public void When_IsFlags_is_set_it_returns_an_OdcmEnum_with_IsFlags_set()
{
var testCase = new EdmxTestCase()
.AddEnumType(EdmxTestCase.Keys.EnumType, (_, enumType) =>
{
var count = 0;
foreach (var descendent in enumType.Descendants())
{
if (descendent.Name.LocalName.Equals("Member"))
{
descendent.AddAttribute("Value", (int)Math.Pow(count++, 2));
}
}
enumType.AddAttribute("IsFlags", true);
});
var enumTypeTestNode = testCase[EdmxTestCase.Keys.EnumType];
var enumMemberCount = (from x in enumTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Member") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEnum;
odcmModel.TryResolveType(enumTypeTestNode.Name, enumTypeTestNode.Namespace, out odcmEnum)
.Should()
.BeTrue("because an enum type in the schema should result in an OdcmType");
odcmEnum.Should().BeOfType<OdcmEnum>("because an enum type in the schema should result in an OdcmEnum");
odcmEnum.As<OdcmEnum>()
.Members.Count.Should()
.Be(enumMemberCount, "because each member added to the schema should result in an OdcmMember");
odcmEnum.As<OdcmEnum>()
.IsFlags.Should()
.BeTrue(
"because an enum type in the schema with the IsFlags facet set to true should result in an OdcmEnum with the IsFlags property set to true");
}
public void When_IsFlags_is_set_it_returns_an_OdcmEnum_with_IsFlags_set()
{
var testCase = new EdmxTestCase()
.AddEnumType(EdmxTestCase.Keys.EnumType, (_, enumType) =>
{
var count = 0;
foreach (var descendent in enumType.Descendants())
{
if (descendent.Name.LocalName.Equals("Member"))
{
descendent.AddAttribute("Value", (int)Math.Pow(count++, 2));
}
}
enumType.AddAttribute("IsFlags", true);
});
var enumTypeTestNode = testCase[EdmxTestCase.Keys.EnumType];
var enumMemberCount = (from x in enumTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Member") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEnum;
odcmModel.TryResolveType(enumTypeTestNode.Name, enumTypeTestNode.Namespace, out odcmEnum)
.Should()
.BeTrue("because an enum type in the schema should result in an OdcmType");
odcmEnum.Should().BeOfType <OdcmEnum>("because an enum type in the schema should result in an OdcmEnum");
odcmEnum.As <OdcmEnum>()
.Members.Count.Should()
.Be(enumMemberCount, "because each member added to the schema should result in an OdcmMember");
odcmEnum.As <OdcmEnum>()
.IsFlags.Should()
.BeTrue(
"because an enum type in the schema with the IsFlags facet set to true should result in an OdcmEnum with the IsFlags property set to true");
}
public void When_a_function_is_bound_to_an_entity_type_there_is_a_method_on_the_OdcmClass()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType)
.AddBoundFunction(EdmxTestCase.Keys.Function, EdmxTestCase.Keys.EntityType);
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var functionTestNode = testCase[EdmxTestCase.Keys.Function];
var parameterCount = (from x in functionTestNode.Element.Descendants() where x.Name.LocalName.Equals("Parameter") select x).Count() - 1;
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType <OdcmEntityClass>("because entity types should result in an OdcmClass");
odcmEntityType.As <OdcmEntityClass>().Methods
.Should()
.Contain(odcmMethod => odcmMethod.Name == functionTestNode.Name, "because a function bound to an entity type should result in a method in the OdcmClass");
odcmEntityType.As <OdcmEntityClass>()
.Methods.Find(odcmMethod => odcmMethod.Name == functionTestNode.Name)
.Parameters.Count
.Should()
.Be(parameterCount,
"because for each parameter in the action there should be a OdcmParameter in the OdcmMethod");
}
public void When_An_Underlying_Type_is_set_it_returns_an_OdcmEnum_with_the_specified_UnderlyingType()
{
var underlyingType = Any.Csdl.RandomEnumUnderlyingType();
var testCase = new EdmxTestCase()
.AddEnumType(EdmxTestCase.Keys.EnumType, (_, enumType) => enumType.AddAttribute("UnderlyingType", underlyingType));
var enumTypeTestNode = testCase[EdmxTestCase.Keys.EnumType];
var enumMemberCount = (from x in enumTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Member") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEnum;
odcmModel.TryResolveType(enumTypeTestNode.Name, enumTypeTestNode.Namespace, out odcmEnum)
.Should()
.BeTrue("because an enum type in the schema should result in an OdcmType");
odcmEnum.Should().BeOfType <OdcmEnum>("because an enum type in the schema should result in an OdcmEnum");
odcmEnum.As <OdcmEnum>().Members.Count
.Should()
.Be(enumMemberCount, "because each member added to the schema should result in an OdcmMember");
odcmEnum.As <OdcmEnum>().UnderlyingType.FullName
.Should()
.Be(underlyingType,
"because an enum type with an explicit underlying type in the schema should have the specified underlying type in an OdcmEnum");
}
public void When_an_action_is_bound_to_an_entity_type_there_is_a_method_on_the_OdcmClass()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType)
.AddBoundAction(EdmxTestCase.Keys.Action, EdmxTestCase.Keys.EntityType);
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
VerifyMethodTestCase(odcmModel, testCase, EdmxTestCase.Keys.Action);
}
public void When_a_function_is_bound_to_an_entity_type_in_a_different_namespace_there_is_a_method_on_the_OdcmClass()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType)
.AddBoundFunction(EdmxTestCase.Keys.Function, EdmxTestCase.Keys.EntityType, Any.Csdl.Schema());
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
VerifyMethodTestCase(odcmModel, testCase, EdmxTestCase.Keys.Function);
}
public void It_returns_an_odcm_model()
{
var testCase = new EdmxTestCase();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
odcmModel
.Should()
.NotBeNull("because a valid edmx should yield a valid model");
}
public void It_returns_an_odcm_model()
{
var testCase = new EdmxTestCase();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
odcmModel
.Should()
.NotBeNull("because a valid edmx should yield a valid model");
}
public void When_TypeDefinitionType_is_declared_with_UnderlyingComplexType_then_it_should_raise_exception()
{
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexType);
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var underlyingType = complexTypeTestNode.FullName();
testCase.AddTypeDefinitionType(EdmxTestCase.Keys.TypeDefinitionType, (_, typeDefinitionType) => typeDefinitionType.AddAttribute("UnderlyingType", underlyingType));
Exception ex = Assert.Throws <InvalidOperationException>(() => _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata()));
}
public void When_TypeDefinitionType_is_declared_with_UnderlyingComplexType_then_it_should_raise_exception()
{
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexType);
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var underlyingType = complexTypeTestNode.FullName();
testCase.AddTypeDefinitionType(EdmxTestCase.Keys.TypeDefinitionType, (_, typeDefinitionType) => typeDefinitionType.AddAttribute("UnderlyingType", underlyingType));
Exception ex=Assert.Throws<InvalidOperationException>(() => _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata()));
}
public void When_HasStream_is_set_it_returns_an_OdcmMediaClass()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) => entityType.AddAttribute("HasStream", true));
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType = VerifyEntityType(odcmModel, testCase[EdmxTestCase.Keys.EntityType]);
odcmEntityType
.Should()
.BeOfType <OdcmMediaClass>("because an entity type with the HasStream facet set should be an OdcmMediaClass");
}
public void When_OpenType_is_set_it_returns_an_OdcmEntityClass_with_IsOpen_set()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) => entityType.AddAttribute("OpenType", true));
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType = VerifyEntityType(odcmModel, testCase[EdmxTestCase.Keys.EntityType]);
odcmEntityType.As <OdcmEntityClass>().IsOpen
.Should()
.BeTrue("because an entity type with the OpenType facet set should be open in the OdcmModel");
}
public void When_BaseType_is_set_it_returns_an_OdcmEntityClass_with_a_BaseType()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityTypeBase, (_, entityType) => entityType.AddAttribute("Abstract", true))
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) => entityType.AddAttribute("BaseType", _[EdmxTestCase.Keys.EntityTypeBase].FullName()));
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
var odcmBaseType = VerifyEntityType(odcmModel, testCase[EdmxTestCase.Keys.EntityTypeBase]);
var odcmEntityType = VerifyEntityType(odcmModel, testCase[EdmxTestCase.Keys.EntityType]);
VerifyInheritanceLink(odcmBaseType, odcmEntityType);
}
public void It_results_an_OdcmNamespace_for_the_Schema()
{
var testCase = new EdmxTestCase();
var schemaTestNode = testCase[EdmxTestCase.Keys.Schema];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
odcmModel.Namespaces
.FindAll(
@namespace => @namespace.Name.Equals(schemaTestNode.Namespace, StringComparison.InvariantCultureIgnoreCase))
.Count
.Should()
.Be(1, "because only one namespace shoud be created per schema element");
}
public void It_results_an_OdcmNamespace_for_the_Schema()
{
var testCase = new EdmxTestCase();
var schemaTestNode = testCase[EdmxTestCase.Keys.Schema];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
odcmModel.Namespaces
.FindAll(
@namespace => @namespace.Name.Equals(schemaTestNode.Namespace, StringComparison.InvariantCultureIgnoreCase))
.Count
.Should()
.Be(1, "because only one namespace shoud be created per schema element");
}
public void It_results_in_an_OdcmClass_for_the_EntityContainer()
{
var testCase = new EdmxTestCase();
var entityContainerTestNode = testCase[EdmxTestCase.Keys.EntityContainer];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmClass;
odcmModel.TryResolveType(entityContainerTestNode.Name, entityContainerTestNode.Namespace, out odcmClass)
.Should()
.BeTrue("because an EntityContainer should result in a matching OdcmType");
odcmClass
.Should()
.BeOfType<OdcmServiceClass>("because an EntityContainer should result in a matching OdcmServiceClass");
}
private void VerifyMethodTestCase(OdcmModel odcmModel, EdmxTestCase testCase, string methodKey)
{
var functionTestNode = testCase[methodKey];
var parameterCount = functionTestNode.Element.Descendants().Count(x => x.Name.LocalName == "Parameter") - 1;
OdcmType odcmEntityType = VerifyEntityType(odcmModel, testCase[EdmxTestCase.Keys.EntityType]);
odcmEntityType.As <OdcmEntityClass>().Methods
.Should()
.Contain(odcmMethod => odcmMethod.Name == functionTestNode.Name, "because a function bound to an entity type should result in a method in the OdcmClass");
odcmEntityType.As <OdcmEntityClass>()
.Methods.Single(odcmMethod => odcmMethod.Name == functionTestNode.Name)
.Parameters.Count
.Should()
.Be(parameterCount,
"because for each parameter in the action there should be a OdcmParameter in the OdcmMethod");
}
public void When_a_Property_references_a_ComplexType_it_returns_an_OdcmEntityClass_with_a_property_having_the_corresponding_OdcmComplexType()
{
string complexTypePropertyName = string.Empty;
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexType)
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) =>
{
var property = Any.Csdl.Property(_[EdmxTestCase.Keys.ComplexType].FullName());
complexTypePropertyName = property.Attribute("Name").Value;
entityType.Add(property);
});
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var keyCount = (from x in entityTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("PropertyRef") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType <OdcmComplexClass>("because complex types should result in an OdcmComplexClass");
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType <OdcmEntityClass>("because entity types should result in an OdcmEntityClass");
var complexProperty = (from property in odcmEntityType.As <OdcmEntityClass>().Properties
where property.Name.Equals(complexTypePropertyName)
select property).FirstOrDefault();
complexProperty
.Should()
.NotBeNull("because a property referencing a complex type should result in a property in the OdcmEntityClass");
complexProperty.Type
.Should()
.Be(odcmComplexType, "because a property referencing a complex type should result in a property with a type matching the OdcmComplexClass of the property");
}
public void It_results_in_an_OdcmClass_for_the_EntityContainer()
{
var testCase = new EdmxTestCase();
var entityContainerTestNode = testCase[EdmxTestCase.Keys.EntityContainer];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmClass;
odcmModel.TryResolveType(entityContainerTestNode.Name, entityContainerTestNode.Namespace, out odcmClass)
.Should()
.BeTrue("because an EntityContainer should result in a matching OdcmType");
odcmClass
.Should()
.BeOfType <OdcmServiceClass>("because an EntityContainer should result in a matching OdcmServiceClass");
}
public void When_BaseType_is_set_and_both_have_Keys_it_returns_an_OdcmEntityClass_using_Key_of_derived_EntityType()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityTypeBase, (_, entityType) => entityType.AddAttribute("Abstract", true))
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) => entityType.AddAttribute("BaseType", _[EdmxTestCase.Keys.EntityTypeBase].FullName()));
var baseEntityTypeTestNode = testCase[EdmxTestCase.Keys.EntityTypeBase];
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var keyCount = (from x in entityTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("PropertyRef") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmBaseType;
odcmModel.TryResolveType(baseEntityTypeTestNode.Name, baseEntityTypeTestNode.Namespace, out odcmBaseType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmBaseType
.Should()
.BeOfType <OdcmEntityClass>("because entity types should result in an OdcmClass");
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType <OdcmEntityClass>("because entity types should result in an OdcmClass");
odcmEntityType.As <OdcmEntityClass>().Base
.Should()
.Be(odcmBaseType,
"because an entity type with a base type set should have a corresponding OdcmClass and base OdcmClass");
odcmBaseType.As <OdcmEntityClass>().Derived
.Should()
.Contain(odcmEntityType.As <OdcmEntityClass>(),
"because an entity type with a base type set should have a correspond OdcmClass that derives from a base OdcmClass");
odcmEntityType.As <OdcmEntityClass>().Key
.Count().Should().Be(keyCount, "because the Key of an OdcmEntityClass should have the same number of OdcmProperties as there are properties in the entity type key");
(from key in odcmEntityType.As <OdcmEntityClass>().Key
where
(from x in entityTypeTestNode.Element.Descendants()
where x.Name.LocalName.Equals("PropertyRef") && x.GetAttribute("Name").Equals(key.CanonicalName())
select x).Any()
select key).Count().Should().Be(keyCount, "because the Key of an OdcmEntityClass should have the corresponding OdcmProperties as in the entity type key");
}
public void When_HasStream_is_set_it_returns_an_OdcmMediaClass()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) => entityType.AddAttribute("HasStream", true));
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType <OdcmMediaClass>("because an entity type with the HasStream facet set should be an OdcmMediaClass");
}
public void It_returns_one_OdcmType_for_each_EnumType()
{
var testCase = new EdmxTestCase()
.AddEnumType(EdmxTestCase.Keys.EnumType);
var enumTypeTestNode = testCase[EdmxTestCase.Keys.EnumType];
var enumMemberCount = (from x in enumTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Member") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEnum;
odcmModel.TryResolveType(enumTypeTestNode.Name, enumTypeTestNode.Namespace, out odcmEnum)
.Should()
.BeTrue("because an enum type in the schema should result in an OdcmType");
odcmEnum.Should().BeOfType<OdcmEnum>("because an enum type in the schema should result in an OdcmEnum");
odcmEnum.As<OdcmEnum>()
.Members.Count.Should()
.Be(enumMemberCount, "because each member added to the schema should result in an OdcmMember");
}
public void When_Abstract_is_set_it_returns_an_OdcmEntityClass_with_IsAbstract_set()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) => entityType.AddAttribute("Abstract", true));
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType<OdcmEntityClass>("because entity types should result in an OdcmClass");
odcmEntityType.As<OdcmEntityClass>().IsAbstract
.Should()
.BeTrue("because an entity type with the Abstract facet set should be abstract in the OdcmModel");
}
public void When_property_is_invalid_it_skips_addition()
{
var entityNamespace = Any.Csdl.EntityContainer().Attribute("Name").Value.ToString();
var customPropertyName = string.Empty;
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) =>
{
var property = Any.Csdl.Property(entityNamespace + ".invalid");
customPropertyName = property.Attribute("Name").Value;
entityType.Add(property);
});
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
var createdType = odcmModel.EntityContainer.Namespace.Types.Where(x => x.FullName == customPropertyName);
createdType.Should().BeEmpty("because the invalid property should have been skipped");
}
public void When_OpenType_is_set_it_returns_an_OdcmClass_with_IsOpen_set()
{
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexType, (_, complexType) => complexType.AddAttribute("OpenType", true));
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType<OdcmComplexClass>("because complex types should result in an OdcmClass");
odcmComplexType.As<OdcmComplexClass>().IsOpen
.Should()
.BeTrue("because a complex type with the OpenType facet set should be open in the OdcmModel");
}
public void It_returns_one_OdcmType_for_each_EnumType()
{
var testCase = new EdmxTestCase()
.AddEnumType(EdmxTestCase.Keys.EnumType);
var enumTypeTestNode = testCase[EdmxTestCase.Keys.EnumType];
var enumMemberCount = (from x in enumTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Member") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEnum;
odcmModel.TryResolveType(enumTypeTestNode.Name, enumTypeTestNode.Namespace, out odcmEnum)
.Should()
.BeTrue("because an enum type in the schema should result in an OdcmType");
odcmEnum.Should().BeOfType <OdcmEnum>("because an enum type in the schema should result in an OdcmEnum");
odcmEnum.As <OdcmEnum>()
.Members.Count.Should()
.Be(enumMemberCount, "because each member added to the schema should result in an OdcmMember");
}
public void When_primitive_does_not_exist_it_skips_addition()
{
var customPropertyName = string.Empty;
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) =>
{
var property = Any.Csdl.Property("Edm.Boolean!");
customPropertyName = property.Attribute("Name").Value;
entityType.Add(property);
});
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
var createdType = odcmModel.EntityContainer.Namespace.Types.Where(x => x.FullName == customPropertyName);
var createdPrimitive = odcmModel.EntityContainer.Namespace.Classes.Where(x => x.Properties.Where(y => y.Type.FullName == "Edm.Boolean!").Count() > 0);
createdType.Should().BeEmpty("because the invalid property should have been skipped");
createdPrimitive.Should().BeEmpty("because the invalid primitive should have been skipped");
}
public void When_OpenType_is_set_it_returns_an_OdcmClass_with_IsOpen_set()
{
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexType, (_, complexType) => complexType.AddAttribute("OpenType", true));
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType <OdcmComplexClass>("because complex types should result in an OdcmClass");
odcmComplexType.As <OdcmComplexClass>().IsOpen
.Should()
.BeTrue("because a complex type with the OpenType facet set should be open in the OdcmModel");
}
public void It_returns_one_OdcmComplexClass_for_each_ComplexType()
{
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexType);
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var propertyCount = (from x in complexTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Property") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType<OdcmComplexClass>("because complex types should result in an OdcmClass");
odcmComplexType.As<OdcmComplexClass>().Properties.Count
.Should()
.Be(propertyCount, "because each property added to a complex type should result in an OdcmClass property");
}
public void It_returns_one_OdcmComplexClass_for_each_ComplexType()
{
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexType);
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var propertyCount = (from x in complexTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Property") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType <OdcmComplexClass>("because complex types should result in an OdcmClass");
odcmComplexType.As <OdcmComplexClass>().Properties.Count
.Should()
.Be(propertyCount, "because each property added to a complex type should result in an OdcmClass property");
}
public void When_No_Underlying_Type_is_set_it_returns_an_OdcmEnum_with_a_Default_UnderlyingType()
{
var testCase = new EdmxTestCase()
.AddEnumType(EdmxTestCase.Keys.EnumType);
var enumTypeTestNode = testCase[EdmxTestCase.Keys.EnumType];
var enumMemberCount = (from x in enumTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("Member") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEnum;
odcmModel.TryResolveType(enumTypeTestNode.Name, enumTypeTestNode.Namespace, out odcmEnum)
.Should()
.BeTrue("because an enum type in the schema should result in an OdcmType");
odcmEnum.Should().BeOfType<OdcmEnum>("because an enum type in the schema should result in an OdcmEnum");
odcmEnum.As<OdcmEnum>().Members.Count
.Should()
.Be(enumMemberCount, "because each member added to the schema should result in an OdcmMember");
odcmEnum.As<OdcmEnum>().UnderlyingType.FullName
.Should()
.Be(Any.Csdl.DefaultEnumUnderlyingType(),
"because an enum type without an explicit underlying type in the schema should have the default underlying type in an OdcmEnum");
}
public void It_returns_one_OdcmType_for_each_TypeDefinitionType()
{
var underlyingType = Any.Csdl.RandomPrimitiveType();
var testCase = new EdmxTestCase()
.AddTypeDefinitionType(EdmxTestCase.Keys.TypeDefinitionType, (_, typeDefinitionType) => typeDefinitionType.AddAttribute("UnderlyingType", underlyingType));
var typeDefinitionTypeTestNode = testCase[EdmxTestCase.Keys.TypeDefinitionType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmTypeDefinition;
odcmModel.TryResolveType(typeDefinitionTypeTestNode.Name, typeDefinitionTypeTestNode.Namespace, out odcmTypeDefinition)
.Should()
.BeTrue("because a typedefinition type in the schema should result in an OdcmType");
odcmTypeDefinition.Should().BeOfType<OdcmTypeDefinition>("because a typedefinition type in the schema should result in an OdcmTypeDefinition");
odcmTypeDefinition.As<OdcmTypeDefinition>().BaseType.FullName
.Should()
.Be(underlyingType,
"because a typedefintion type with a underlying type in the schema should have the specified underlying type in an OdcmTypeDefinition");
}
public void When_BaseType_is_set_it_returns_an_OdcmClass_with_a_BaseType_set()
{
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexTypeBase, (_, complexType) => complexType.AddAttribute("Abstract", true))
.AddComplexType(EdmxTestCase.Keys.ComplexType, (_, complexType) => complexType.AddAttribute("BaseType", _[EdmxTestCase.Keys.ComplexTypeBase].FullName()));
var baseComplexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexTypeBase];
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmBaseType;
odcmModel.TryResolveType(baseComplexTypeTestNode.Name, baseComplexTypeTestNode.Namespace, out odcmBaseType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmBaseType
.Should()
.BeOfType <OdcmComplexClass>("because complex types should result in an OdcmClass");
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType <OdcmComplexClass>("because complex types should result in an OdcmClass");
odcmComplexType.As <OdcmComplexClass>().Base
.Should()
.Be(odcmBaseType,
"because a complex type with a base type set should have a corresponding OdcmClass and base OdcmClass");
odcmBaseType.As <OdcmComplexClass>().Derived
.Should()
.Contain(odcmComplexType.As <OdcmComplexClass>(),
"because a complex type with a base type set should have a correspond OdcmClass that derives from a base OdcmClass");
}
public void It_returns_one_OdcmType_for_each_TypeDefinitionType()
{
var underlyingType = Any.Csdl.RandomPrimitiveType();
var testCase = new EdmxTestCase()
.AddTypeDefinitionType(EdmxTestCase.Keys.TypeDefinitionType, (_, typeDefinitionType) => typeDefinitionType.AddAttribute("UnderlyingType", underlyingType));
var typeDefinitionTypeTestNode = testCase[EdmxTestCase.Keys.TypeDefinitionType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmTypeDefinition;
odcmModel.TryResolveType(typeDefinitionTypeTestNode.Name, typeDefinitionTypeTestNode.Namespace, out odcmTypeDefinition)
.Should()
.BeTrue("because a typedefinition type in the schema should result in an OdcmType");
odcmTypeDefinition.Should().BeOfType <OdcmTypeDefinition>("because a typedefinition type in the schema should result in an OdcmTypeDefinition");
odcmTypeDefinition.As <OdcmTypeDefinition>().BaseType.FullName
.Should()
.Be(underlyingType,
"because a typedefintion type with a underlying type in the schema should have the specified underlying type in an OdcmTypeDefinition");
}
public void When_BaseType_is_set_it_returns_an_OdcmClass_with_a_BaseType_set()
{
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexTypeBase, (_, complexType) => complexType.AddAttribute("Abstract", true))
.AddComplexType(EdmxTestCase.Keys.ComplexType, (_, complexType) => complexType.AddAttribute("BaseType", _[EdmxTestCase.Keys.ComplexTypeBase].FullName()));
var baseComplexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexTypeBase];
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmBaseType;
odcmModel.TryResolveType(baseComplexTypeTestNode.Name, baseComplexTypeTestNode.Namespace, out odcmBaseType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmBaseType
.Should()
.BeOfType<OdcmComplexClass>("because complex types should result in an OdcmClass");
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType<OdcmComplexClass>("because complex types should result in an OdcmClass");
odcmComplexType.As<OdcmComplexClass>().Base
.Should()
.Be(odcmBaseType,
"because a complex type with a base type set should have a corresponding OdcmClass and base OdcmClass");
odcmBaseType.As<OdcmComplexClass>().Derived
.Should()
.Contain(odcmComplexType.As<OdcmComplexClass>(),
"because a complex type with a base type set should have a correspond OdcmClass that derives from a base OdcmClass");
}
public void When_a_Property_references_a_ComplexType_it_returns_an_OdcmEntityClass_with_a_property_having_the_corresponding_OdcmComplexType()
{
string complexTypePropertyName = string.Empty;
var testCase = new EdmxTestCase()
.AddComplexType(EdmxTestCase.Keys.ComplexType)
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) =>
{
var property = Any.Csdl.Property(_[EdmxTestCase.Keys.ComplexType].FullName());
complexTypePropertyName = property.Attribute("Name").Value;
entityType.Add(property);
});
var complexTypeTestNode = testCase[EdmxTestCase.Keys.ComplexType];
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var keyCount = (from x in entityTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("PropertyRef") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmComplexType;
odcmModel.TryResolveType(complexTypeTestNode.Name, complexTypeTestNode.Namespace, out odcmComplexType)
.Should()
.BeTrue("because a complex type in the schema should result in an OdcmType");
odcmComplexType
.Should()
.BeOfType<OdcmComplexClass>("because complex types should result in an OdcmComplexClass");
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType<OdcmEntityClass>("because entity types should result in an OdcmEntityClass");
var complexProperty = (from property in odcmEntityType.As<OdcmEntityClass>().Properties
where property.Name.Equals(complexTypePropertyName)
select property).FirstOrDefault();
complexProperty
.Should()
.NotBeNull("because a property referencing a complex type should result in a property in the OdcmEntityClass");
complexProperty.Type
.Should()
.Be(odcmComplexType, "because a property referencing a complex type should result in a property with a type matching the OdcmComplexClass of the property");
}
public void When_a_function_is_bound_to_an_entity_type_there_is_a_method_on_the_OdcmClass()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityType)
.AddBoundFunction(EdmxTestCase.Keys.Function, EdmxTestCase.Keys.EntityType);
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var functionTestNode = testCase[EdmxTestCase.Keys.Function];
var parameterCount = (from x in functionTestNode.Element.Descendants() where x.Name.LocalName.Equals("Parameter") select x).Count() - 1;
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType<OdcmEntityClass>("because entity types should result in an OdcmClass");
odcmEntityType.As<OdcmEntityClass>().Methods
.Should()
.Contain(odcmMethod => odcmMethod.Name == functionTestNode.Name, "because a function bound to an entity type should result in a method in the OdcmClass");
odcmEntityType.As<OdcmEntityClass>()
.Methods.Find(odcmMethod => odcmMethod.Name == functionTestNode.Name)
.Parameters.Count
.Should()
.Be(parameterCount,
"because for each parameter in the action there should be a OdcmParameter in the OdcmMethod");
}
public void When_BaseType_is_set_and_both_have_Keys_it_returns_an_OdcmEntityClass_using_Key_of_derived_EntityType()
{
var testCase = new EdmxTestCase()
.AddEntityType(EdmxTestCase.Keys.EntityTypeBase, (_, entityType) => entityType.AddAttribute("Abstract", true))
.AddEntityType(EdmxTestCase.Keys.EntityType, (_, entityType) => entityType.AddAttribute("BaseType", _[EdmxTestCase.Keys.EntityTypeBase].FullName()));
var baseEntityTypeTestNode = testCase[EdmxTestCase.Keys.EntityTypeBase];
var entityTypeTestNode = testCase[EdmxTestCase.Keys.EntityType];
var keyCount = (from x in entityTypeTestNode.Element.Descendants() where x.Name.LocalName.Equals("PropertyRef") select x).Count();
var odcmModel = _odcmReader.GenerateOdcmModel(testCase.ServiceMetadata());
OdcmType odcmBaseType;
odcmModel.TryResolveType(baseEntityTypeTestNode.Name, baseEntityTypeTestNode.Namespace, out odcmBaseType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmBaseType
.Should()
.BeOfType<OdcmEntityClass>("because entity types should result in an OdcmClass");
OdcmType odcmEntityType;
odcmModel.TryResolveType(entityTypeTestNode.Name, entityTypeTestNode.Namespace, out odcmEntityType)
.Should()
.BeTrue("because an entity type in the schema should result in an OdcmType");
odcmEntityType
.Should()
.BeOfType<OdcmEntityClass>("because entity types should result in an OdcmClass");
odcmEntityType.As<OdcmEntityClass>().Base
.Should()
.Be(odcmBaseType,
"because an entity type with a base type set should have a corresponding OdcmClass and base OdcmClass");
odcmBaseType.As<OdcmEntityClass>().Derived
.Should()
.Contain(odcmEntityType.As<OdcmEntityClass>(),
"because an entity type with a base type set should have a correspond OdcmClass that derives from a base OdcmClass");
odcmEntityType.As<OdcmEntityClass>().Key
.Count().Should().Be(keyCount, "because the Key of an OdcmEntityClass should have the same number of OdcmProperties as there are properties in the entity type key");
(from key in odcmEntityType.As<OdcmEntityClass>().Key
where
(from x in entityTypeTestNode.Element.Descendants()
where x.Name.LocalName.Equals("PropertyRef") && x.GetAttribute("Name").Equals(key.CanonicalName())
select x).Any()
select key).Count().Should().Be(keyCount, "because the Key of an OdcmEntityClass should have the corresponding OdcmProperties as in the entity type key");
}