public void QueueExtension_WhenAddedBeforeType_IsAssignedAfterTypeIsAdded()
{
var collection = new SchemaTypeCollection();
var template = GraphQLProviders.TemplateProvider.ParseType(typeof(TypeExtensionController)) as IGraphControllerTemplate;
var graphType = this.MakeGraphType(typeof(TwoPropertyObject), TypeKind.OBJECT) as IObjectGraphType;
// queue the extension
var extension = template.Extensions.FirstOrDefault();
var field = this.MakeGraphField(extension);
collection.EnsureGraphFieldExtension(typeof(TwoPropertyObject), field);
// ensure no types exists or were added
Assert.AreEqual(0, collection.Count);
Assert.AreEqual(1, collection.QueuedExtensionFieldCount);
var fieldCount = graphType.Fields.Count;
// ensure the type is added, the queue is emptied and hte total fields on the graph type
// is correct
collection.EnsureGraphType(graphType, typeof(TwoPropertyObject));
Assert.AreEqual(1, collection.Count);
Assert.AreEqual(0, collection.QueuedExtensionFieldCount);
Assert.AreEqual(fieldCount + 1, graphType.Fields.Count);
}
public void EnsureGraphType_Directive_OfCorrectKind_WorksAsIntended()
{
var collection = new SchemaTypeCollection();
var graphType = this.MakeGraphType(typeof(SimpleDirective), TypeKind.DIRECTIVE) as IDirectiveGraphType;
collection.EnsureGraphType(graphType, typeof(SimpleDirective));
Assert.AreEqual(1, collection.Count);
}
public void EnsureGraphType_Enum_IsAddedCorrectly()
{
var collection = new SchemaTypeCollection();
var graphType = this.MakeGraphType(typeof(RandomEnum), TypeKind.ENUM) as IEnumGraphType;
collection.EnsureGraphType(graphType, typeof(RandomEnum));
Assert.AreEqual(1, collection.Count);
Assert.IsTrue(collection.Contains(typeof(RandomEnum)));
}
public void EnsureGraphType_Directive_FromConcreteType_ThrowsException()
{
var collection = new SchemaTypeCollection();
var graphType = this.MakeGraphType(typeof(SimpleDirective), TypeKind.DIRECTIVE) as IDirectiveGraphType;
Assert.Throws <GraphTypeDeclarationException>(() =>
{
collection.EnsureGraphType(graphType, typeof(SchemaTypeCollectionTests));
});
}
public void EnsureGraphType_Scalar_IsAddedCorrectly()
{
var collection = new SchemaTypeCollection();
var scalar = this.MakeGraphType(typeof(int), TypeKind.SCALAR) as IScalarGraphType;
collection.EnsureGraphType(scalar, typeof(int));
Assert.AreEqual(1, collection.Count);
Assert.IsTrue(collection.Contains(typeof(int)));
}
public void EnsureGraphType_OverloadedAddsForEqualValueScalars_Succeeds()
{
var collection = new SchemaTypeCollection();
var intScalar = this.MakeGraphType(typeof(int), TypeKind.SCALAR) as IScalarGraphType;
var nullableIntScalar = this.MakeGraphType(typeof(int?), TypeKind.SCALAR) as IScalarGraphType;
collection.EnsureGraphType(intScalar, typeof(int));
collection.EnsureGraphType(nullableIntScalar, typeof(int?));
Assert.AreEqual(1, collection.Count);
}
public void EnsureGraphType_WhenObjectTypeIsAddedTwice_WithADifferentAssociatedType_ThrowsException()
{
var collection = new SchemaTypeCollection();
var graphType = this.MakeGraphType(typeof(PlainOldTestObject), TypeKind.OBJECT) as IObjectGraphType;
collection.EnsureGraphType(graphType, typeof(PlainOldTestObject));
Assert.Throws <GraphTypeDeclarationException>(() =>
{
collection.EnsureGraphType(graphType, typeof(TwoPropertyObject));
});
}
public void EnsureGraphType_DictionaryTK_ThrowsExeption()
{
Assert.Throws <GraphTypeDeclarationException>(() =>
{
// shoudl be an impossible situation but just in case someone
// passes an invalid concrete type with an valid graph type.
var graphType = this.MakeGraphType(typeof(PlainOldTestObject), TypeKind.OBJECT) as IObjectGraphType;
var collection = new SchemaTypeCollection();
collection.EnsureGraphType(graphType, typeof(Dictionary <string, int>));
});
}
public void EnsureGraphType_ScalarTwice_EndsUpInScalarCollectionOnce()
{
var collection = new SchemaTypeCollection();
var scalar = this.MakeGraphType(typeof(int), TypeKind.SCALAR) as IScalarGraphType;
collection.EnsureGraphType(scalar);
collection.EnsureGraphType(scalar);
Assert.AreEqual(1, collection.Count);
Assert.IsTrue(collection.Contains(GraphQLProviders.ScalarProvider.RetrieveScalar(typeof(int))));
Assert.IsTrue(collection.Contains(GraphQLProviders.ScalarProvider.RetrieveScalar(Constants.ScalarNames.INT)));
Assert.IsTrue(collection.Contains(typeof(int)));
}
public void EnsureGraphType_WhenObjectTypeIsAddedTwice_WithSampleAssociatedType_OperationisIdempodent()
{
var collection = new SchemaTypeCollection();
var graphType = this.MakeGraphType(typeof(PlainOldTestObject), TypeKind.OBJECT) as IObjectGraphType;
collection.EnsureGraphType(graphType, typeof(PlainOldTestObject));
collection.EnsureGraphType(graphType, typeof(PlainOldTestObject));
Assert.AreEqual(1, collection.Count);
collection.EnsureGraphType(graphType, typeof(PlainOldTestObject));
Assert.AreEqual(1, collection.Count);
collection.EnsureGraphType(graphType, typeof(PlainOldTestObject));
Assert.AreEqual(1, collection.Count);
}
public void FindConcreteTypes_InterfaceType_IsExpandedCorrectly()
{
var collection = new SchemaTypeCollection();
var personType = this.MakeGraphType(typeof(PersonData), TypeKind.OBJECT) as IObjectGraphType;
var employeeType = this.MakeGraphType(typeof(EmployeeData), TypeKind.OBJECT) as IObjectGraphType;
var personInterfaceType = this.MakeGraphType(typeof(IPersonData), TypeKind.INTERFACE);
collection.EnsureGraphType(personInterfaceType);
collection.EnsureGraphType(personType, typeof(PersonData));
collection.EnsureGraphType(employeeType, typeof(EmployeeData));
// extract all hte possible concrete types for the interface, should be person and employee
var types = collection.FindConcreteTypes(personInterfaceType);
Assert.IsNotNull(types);
Assert.AreEqual(2, types.Count());
CollectionAssert.Contains(types, typeof(PersonData));
CollectionAssert.Contains(types, typeof(EmployeeData));
}
public void AnalyzeRuntimeConcreteType_UnionTypeResolve_ReturnsInvalidType_TypeIsNotReturned()
{
var server = new TestServerBuilder().Build();
var collection = new SchemaTypeCollection();
var unionTypeMaker = new UnionGraphTypeMaker(server.Schema);
var unionType = unionTypeMaker.CreateGraphType(new InvalidUnionForAnalysis(), TypeKind.OBJECT);
var addressType = this.MakeGraphType(typeof(AddressData), TypeKind.OBJECT) as IObjectGraphType;
var countryType = this.MakeGraphType(typeof(CountryData), TypeKind.OBJECT) as IObjectGraphType;
collection.EnsureGraphType(addressType, typeof(AddressData));
collection.EnsureGraphType(countryType, typeof(CountryData));
collection.EnsureGraphType(unionType);
// the union always returns address data
var result = collection.AnalyzeRuntimeConcreteType(unionType, typeof(EmployeeData));
Assert.IsNotNull(result);
Assert.AreEqual(typeof(EmployeeData), result.CheckedType);
Assert.False(result.ExactMatchFound);
Assert.AreEqual(0, result.FoundTypes.Length);
}
public void FindConcreteTypes_UnionType_IsExpandedCorrectly()
{
var server = new TestServerBuilder().Build();
var collection = new SchemaTypeCollection();
var unionTypeMaker = new UnionGraphTypeMaker(server.Schema);
var unionType = unionTypeMaker.CreateGraphType(new PersonUnionData(), TypeKind.OBJECT);
var personType = this.MakeGraphType(typeof(PersonData), TypeKind.OBJECT) as IObjectGraphType;
var employeeType = this.MakeGraphType(typeof(EmployeeData), TypeKind.OBJECT) as IObjectGraphType;
collection.EnsureGraphType(personType, typeof(PersonData));
collection.EnsureGraphType(employeeType, typeof(EmployeeData));
collection.EnsureGraphType(unionType);
// extract all hte possible concrete types for the interface, should be person and employee
var types = collection.FindConcreteTypes(unionType);
Assert.IsNotNull(types);
Assert.AreEqual(2, types.Count());
CollectionAssert.Contains(types, typeof(PersonData));
CollectionAssert.Contains(types, typeof(EmployeeData));
}
public void QueueExtension_WhenAddedAfterType_IsAddedToTheTypeAndNotQueued()
{
var collection = new SchemaTypeCollection();
var template = GraphQLProviders.TemplateProvider.ParseType(typeof(TypeExtensionController)) as IGraphControllerTemplate;
var twoObjectGraphType = this.MakeGraphType(typeof(TwoPropertyObject), TypeKind.OBJECT) as IObjectGraphType;
var fieldCount = twoObjectGraphType.Fields.Count;
collection.EnsureGraphType(twoObjectGraphType, typeof(TwoPropertyObject));
// queue the extension
var extension = template.Extensions.FirstOrDefault();
var field = this.MakeGraphField(extension);
collection.EnsureGraphFieldExtension(typeof(TwoPropertyObject), field);
// ensure the type is added, the queue remains empty and the total fields on the graph type
// is correct
Assert.AreEqual(1, collection.Count);
Assert.AreEqual(0, collection.QueuedExtensionFieldCount);
Assert.AreEqual(fieldCount + 1, twoObjectGraphType.Fields.Count);
}
