protected override StorageProvider CreateStorageProvider(
IPersistenceExtension persistenceExtension,
RdbmsProviderDefinition storageProviderDefinition,
IStorageProviderCommandFactory <IRdbmsProviderCommandExecutionContext> commandFactory)
{
ArgumentUtility.CheckNotNull("persistenceExtension", persistenceExtension);
ArgumentUtility.CheckNotNull("storageProviderDefinition", storageProviderDefinition);
ArgumentUtility.CheckNotNull("commandFactory", commandFactory);
return(ObjectFactory.Create <SecurityManagerRdbmsProvider> (
ParamList.Create(
storageProviderDefinition,
persistenceExtension,
commandFactory,
(Func <IDbConnection>)(() => new SqlConnection()))));
}
public void InstantiateAssembledType_WithExactAssembledType()
{
var assembledType = ReflectionObjectMother.GetSomeType();
var arguments = ParamList.Create("abc", 7);
var allowNonPublic = BooleanObjectMother.GetRandomBoolean();
_constructorForAssembledTypeCacheMock
.Setup(mock => mock.GetOrCreateConstructorCall(assembledType, arguments.FuncType, allowNonPublic))
.Returns(new Func <string, int, object> ((s, i) => "blub"))
.Verifiable();
var result = _service.InstantiateAssembledType(assembledType, arguments, allowNonPublic);
_typeCacheMock.Verify();
Assert.That(result, Is.EqualTo("blub"));
}
public void CreateInstance_WithConcreteType()
{
var allowNonPublicCtor = BooleanObjectMother.GetRandomBoolean();
var concreteType = TypeFactory.GetConcreteType(typeof(BaseType1));
var paramList = ParamList.Create("blub");
var fakeInstance = new object();
var reflectionServiceMock = MockRepository.GenerateStrictMock <IReflectionService>();
_defaultPipelineMock.Stub(_ => _.ReflectionService).Return(reflectionServiceMock);
reflectionServiceMock.Expect(_ => _.InstantiateAssembledType(concreteType, paramList, allowNonPublicCtor)).Return(fakeInstance);
var instance = _implementation.CreateInstance(allowNonPublicCtor, concreteType, paramList);
reflectionServiceMock.VerifyAllExpectations();
Assert.That(instance, Is.SameAs(fakeInstance));
}
public void CreateObject_ConstructorArguments()
{
_reflectionServiceMock.Expect(mock => mock.GetTypeIDForRequestedType(_requestedType)).Return(_typeID);
var arguments = ParamList.Create("abc", 7);
_reflectionServiceMock
.Expect(
mock => mock.InstantiateAssembledType(
// Use strongly typed Equals overload.
Arg <AssembledTypeID> .Matches(id => id.Equals(_typeID)),
Arg.Is(arguments),
Arg.Is(false)))
.Return("abc, 7");
var result = _pipeline.Create(_requestedType, arguments);
Assert.That(result, Is.EqualTo("abc, 7"));
}
public static SecurableObject NewObject(ClientTransaction clientTransaction, IObjectSecurityStrategy securityStrategy, Action <SecurableObject> ctorHandler = null)
{
var previousCtorHandler = _ctorHandler;
_ctorHandler = ctorHandler;
try
{
using (clientTransaction.EnterNonDiscardingScope())
{
return(NewObject <SecurableObject> (ParamList.Create(securityStrategy)));
}
}
finally
{
_ctorHandler = previousCtorHandler;
}
}
public void CreateObject_ConstructorArguments()
{
_reflectionServiceMock.Setup(mock => mock.GetTypeIDForRequestedType(_requestedType)).Returns(_typeID).Verifiable();
var arguments = ParamList.Create("abc", 7);
_reflectionServiceMock
.Setup(
mock => mock.InstantiateAssembledType(
// Use strongly typed Equals overload.
It.Is <AssembledTypeID> (id => id.Equals(_typeID)),
arguments,
false))
.Returns("abc, 7")
.Verifiable();
var result = _pipeline.Create(_requestedType, arguments);
Assert.That(result, Is.EqualTo("abc, 7"));
}
public virtual IDomainObjectQueryGenerator CreateDomainObjectQueryGenerator(
StorageProviderDefinition storageProviderDefinition,
IMethodCallTransformerProvider methodCallTransformerProvider,
ResultOperatorHandlerRegistry resultOperatorHandlerRegistry,
IMappingConfiguration mappingConfiguration)
{
var rdmsStorageProviderDefinition =
ArgumentUtility.CheckNotNullAndType <RdbmsProviderDefinition> ("storageProviderDefinition", storageProviderDefinition);
ArgumentUtility.CheckNotNull("methodCallTransformerProvider", methodCallTransformerProvider);
ArgumentUtility.CheckNotNull("resultOperatorHandlerRegistry", resultOperatorHandlerRegistry);
ArgumentUtility.CheckNotNull("mappingConfiguration", mappingConfiguration);
var storageTypeInformationProvider = CreateStorageTypeInformationProvider(rdmsStorageProviderDefinition);
var sqlQueryGenerator = CreateSqlQueryGenerator(rdmsStorageProviderDefinition, methodCallTransformerProvider, resultOperatorHandlerRegistry);
return(ObjectFactory.Create <DomainObjectQueryGenerator> (
ParamList.Create(sqlQueryGenerator, _typeConversionProvider, storageTypeInformationProvider, mappingConfiguration)));
}
protected virtual ISqlQueryGenerator CreateSqlQueryGenerator(
RdbmsProviderDefinition storageProviderDefinition,
IMethodCallTransformerProvider methodCallTransformerProvider,
ResultOperatorHandlerRegistry resultOperatorHandlerRegistry,
IRdbmsPersistenceModelProvider persistenceModelProvider)
{
ArgumentUtility.CheckNotNull("storageProviderDefinition", storageProviderDefinition);
ArgumentUtility.CheckNotNull("methodCallTransformerProvider", methodCallTransformerProvider);
ArgumentUtility.CheckNotNull("resultOperatorHandlerRegistry", resultOperatorHandlerRegistry);
ArgumentUtility.CheckNotNull("persistenceModelProvider", persistenceModelProvider);
var generator = new UniqueIdentifierGenerator();
var resolver = CreateMappingResolver(storageProviderDefinition, persistenceModelProvider);
var sqlPreparationStage = ObjectFactory.Create <DefaultSqlPreparationStage> (
ParamList.Create(methodCallTransformerProvider, resultOperatorHandlerRegistry, generator));
var mappingResolutionStage = ObjectFactory.Create <DefaultMappingResolutionStage> (ParamList.Create(resolver, generator));
var sqlGenerationStage = ObjectFactory.Create <ExtendedSqlGenerationStage> (ParamList.Empty);
return(new SqlQueryGenerator(sqlPreparationStage, mappingResolutionStage, sqlGenerationStage));
}
public void InstantiateAssembledType_WithAssembledTypeID()
{
var typeID = AssembledTypeIDObjectMother.Create();
var arguments = ParamList.Create("abc", 7);
var allowNonPublic = BooleanObjectMother.GetRandomBoolean();
_constructorCallCache
.Expect(
mock => mock.GetOrCreateConstructorCall(
// Use strongly typed Equals overload.
Arg <AssembledTypeID> .Matches(id => id.Equals(typeID)),
Arg.Is(arguments.FuncType),
Arg.Is(allowNonPublic)))
.Return(new Func <string, int, object> ((s, i) => "blub"));
var result = _service.InstantiateAssembledType(typeID, arguments, allowNonPublic);
_typeCacheMock.VerifyAllExpectations();
Assert.That(result, Is.EqualTo("blub"));
}
public void Create_10()
{
var paramList = ParamList.Create("s", 2, 3, 4, 5.0, 6, 7, 8, DateTime.MinValue, "10");
Assert.That(paramList.GetParameterTypes(),
Is.EqualTo(new[] {
typeof(string),
typeof(int),
typeof(int),
typeof(int),
typeof(double),
typeof(int),
typeof(int),
typeof(int),
typeof(DateTime),
typeof(string)
}));
Assert.That(paramList.GetParameterValues(), Is.EqualTo(new object[] { "s", 2, 3, 4, 5.0, 6, 7, 8, DateTime.MinValue, "10" }));
}
public void NewObject()
{
var constructorParameters = ParamList.Create("Some Product");
_eventSinkWithMock.Expect(mock => mock.RaiseNewObjectCreatingEvent(_typeDefinitionWithCreatorMock.ClassType));
_persistenceStrategyMock.Expect(mock => mock.CreateNewObjectID(_typeDefinitionWithCreatorMock)).Return(_objectID1);
_domainObjectCreatorMock
.Expect(
mock => mock.CreateNewObject(Arg <IObjectInitializationContext> .Is.Anything, Arg.Is(constructorParameters), Arg.Is(_transaction)))
.WhenCalled(mi => CheckInitializationContext <NewObjectInitializationContext> (mi.Arguments[0], _objectID1, _transaction))
.Return(_domainObject1);
var result = _agent.NewObject(_typeDefinitionWithCreatorMock, constructorParameters);
_eventSinkWithMock.VerifyAllExpectations();
_persistenceStrategyMock.VerifyAllExpectations();
_domainObjectCreatorMock.VerifyAllExpectations();
Assert.That(result, Is.SameAs(_domainObject1));
}
public void ConstructorArguments_Generic()
{
var instance = _modifyingPipeline.Create <DomainType>();
Assert.That(instance.String, Is.EqualTo("default .ctor"));
var obj = new object();
instance = _modifyingPipeline.Create <DomainType> (ParamList.Create(obj));
Assert.That(instance.Obj, Is.SameAs(obj));
instance = _modifyingPipeline.Create <DomainType> (ParamList.Create("abc"));
Assert.That(instance.String, Is.EqualTo("abc"));
instance = _modifyingPipeline.Create <DomainType> (ParamList.Create((IEnumerable <char>) "abc"));
Assert.That(instance.Enumerable, Is.EqualTo("abc"));
Assert.That(instance.String, Is.Null);
instance = _modifyingPipeline.Create <DomainType> (ParamList.Create(new[] { 'a', 'b', 'c' }));
Assert.That(instance.CharArray, Is.EqualTo(new[] { 'a', 'b', 'c' }));
}
public void Create_0_SameAsEmpty()
{
var paramList = ParamList.Create();
Assert.That(paramList, Is.SameAs(ParamList.Empty));
}
public void SimplePropertyAccess_GetCustomMember2()
{
const string scriptFunctionSourceCode = @"
import clr
def PropertyPathAccess(cascade) :
return cascade.Child.Child.Child.Child.Child.Child.Child.Child.Child.Name
";
const int numberChildren = 10;
var cascade = new Cascade(numberChildren);
var cascadeStableBinding = new CascadeStableBinding(numberChildren);
var cascadeStableBindingFromMixin = ObjectFactory.Create <CascadeStableBindingFromMixin> (ParamList.Create(numberChildren));
var privateScriptEnvironment = ScriptEnvironment.Create();
privateScriptEnvironment.Import(typeof(TestDomain.Cascade).Assembly.GetName().Name, typeof(TestDomain.Cascade).Namespace, typeof(TestDomain.Cascade).Name);
var propertyPathAccessScript = new ScriptFunction <Cascade, string> (
_scriptContext, ScriptLanguageType.Python,
scriptFunctionSourceCode, privateScriptEnvironment, "PropertyPathAccess"
);
var nrLoopsArray = new[] { 1, 1, 100000 };
ScriptingHelper.ExecuteAndTime("SimplePropertyAccess_GetCustomMember2 (No StableBinding)", nrLoopsArray, () => propertyPathAccessScript.Execute(cascade));
ScriptingHelper.ExecuteAndTime("SimplePropertyAccess_GetCustomMember2 (StableBinding from Mixin)", nrLoopsArray, () => propertyPathAccessScript.Execute(cascadeStableBindingFromMixin));
ScriptingHelper.ExecuteAndTime("SimplePropertyAccess_GetCustomMember2 (StableBinding)", nrLoopsArray, () => propertyPathAccessScript.Execute(cascadeStableBinding));
}
public void WorksIfNoDefaultCtor()
{
ClassWithoutDefaultCtor c = ObjectFactory.Create <ClassWithoutDefaultCtor> (ParamList.Create(35));
Assert.That(c.GetType(), Is.Not.EqualTo(typeof(ClassImplementingISerializable)));
Assert.That(c.S, Is.EqualTo("35"));
ClassWithoutDefaultCtor c2 = Serializer.SerializeAndDeserialize(c);
Assert.That(c2, Is.Not.EqualTo(c));
Assert.That(c2.S, Is.EqualTo("35"));
}
public void NewObject_WithCtorArgs()
{
var order = Order.NewObject();
var instance = (OrderItem)LifetimeService.NewObject(TestableClientTransaction, typeof(OrderItem), ParamList.Create(order));
Assert.That(instance, Is.Not.Null);
Assert.That(instance.Order, Is.SameAs(order));
}
public static AccessTypeDefinition NewObject(Guid metadataItemID, string name, int value)
{
return(NewObject <AccessTypeDefinition> (ParamList.Create(metadataItemID, name, value)));
}
public void WrongConstructorCannotBeInstantiated()
{
LifetimeService.NewObject(TestableClientTransaction, typeof(Order), ParamList.Create("foo", "bar", "foobar", (object)null));
}
public static ClassWithWrongConstructor NewObject(double d)
{
return(NewObject <ClassWithWrongConstructor>(ParamList.Create(d)));
}
public static TypeWithReference Create(string displayName)
{
return(ObjectFactory.Create <TypeWithReference> (true, ParamList.Create(displayName)));
}
public override IPersistenceStrategy CreatePersistenceStrategy(ClientTransaction constructedTransaction)
{
ArgumentUtility.CheckNotNull("constructedTransaction", constructedTransaction);
return(ObjectFactory.Create <RootPersistenceStrategy> (true, ParamList.Create(constructedTransaction.ID)));
}
public static TypeWithReference Create(TypeWithReference firstValue, TypeWithReference secondValue)
{
return(ObjectFactory.Create <TypeWithReference> (true, ParamList.Create(firstValue, secondValue)));
}
public void NewObject_WrongCtorArgs()
{
LifetimeService.NewObject(TestableClientTransaction, typeof(OrderItem), ParamList.Create(0m));
}
public void ConstructorsAreReplicated4()
{
var c = ObjectFactory.Create <ClassWithCtors> (ParamList.Create("a"));
Assert.That(c.O, Is.EqualTo("a"));
}
public void ProtectedNonDefaultConstructor_Mixed_AllowProtected()
{
using (MixinConfiguration.BuildFromActive().ForClass <TargetClassWithProtectedCtors>().Clear().AddMixins(typeof(NullMixin)).EnterScope())
{
Assert.That(ObjectFactory.Create <TargetClassWithProtectedCtors> (true, ParamList.Create(1)), Is.Not.Null);
}
}
public void ProtectedNonDefaultConstructor_NonMixed_AllowProtected()
{
using (MixinConfiguration.BuildNew().EnterScope())
{
Assert.That(ObjectFactory.Create <TargetClassWithProtectedCtors> (true, ParamList.Create(1)), Is.Not.Null);
}
}
public void ConstructorsAreReplicated2()
{
ObjectFactory.Create <ClassWithCtors> (ParamList.Create(2.0));
}
public void AllowNonPublic_True_WithoutModifications()
{
var instance1 = _nonModifyingPipeline.Create <DomainType> (ParamList.Create(7), allowNonPublicConstructor: true);
var instance2 = (DomainType)_nonModifyingPipeline.Create(typeof(DomainType), ParamList.Create(8), allowNonPublicConstructor: true);
Assert.That(instance1.String, Is.EqualTo("7"));
Assert.That(instance2.String, Is.EqualTo("8"));
}
public static StateDefinition NewObject(string name, int value)
{
return(NewObject <StateDefinition> (ParamList.Create(name, value)));
}
public static DomainObjectWithSpecialConstructor NewObject(string s)
{
return(NewObject <DomainObjectWithSpecialConstructor>(ParamList.Create(s)));
}