public void TestImplicitToSingleton()
{
//This succeeds if no error
IInjectionBinding binding = new InjectionBinding(resolver).Bind <InjectableSuperClass> ().ToSingleton();
factory.Get(binding);
//Succeeds if throws error
IInjectionBinding binding2 = new InjectionBinding(resolver).Bind <ISimpleInterface> ().ToSingleton();
TestDelegate testDelegate = delegate()
{
factory.Get(binding2);
};
InjectionException ex = Assert.Throws <InjectionException>(testDelegate);
Assert.That(ex.type == InjectionExceptionType.NOT_INSTANTIABLE);
//Succeeds if throws error
IInjectionBinding binding3 = new InjectionBinding(resolver).Bind <AbstractClass> ().ToSingleton();
TestDelegate testDelegate2 = delegate()
{
factory.Get(binding3);
};
InjectionException ex2 = Assert.Throws <InjectionException>(testDelegate2);
Assert.That(ex2.type == InjectionExceptionType.NOT_INSTANTIABLE);
}
public void TestSingletonToValueBinding()
{
InjectableSuperClass instance = new InjectableSuperClass();
InjectionBinding binding = binder.Bind <InjectableSuperClass> ().ToSingleton().ToValue(instance) as InjectionBinding;
Assert.AreEqual(InjectionBindingType.VALUE, binding.type);
}
public void TestGetSupply()
{
Type[] supplied = new Type[3];
supplied [0] = typeof(HasANamedInjection);
supplied [1] = typeof(HasANamedInjection2);
supplied [2] = typeof(InjectsClassToBeInjected);
int iterator = 0;
Binder.BindingResolver resolver = delegate(IBinding bound)
{
object[] value = (bound as IInjectionBinding).GetSupply();
Assert.AreEqual(value[value.Length - 1], supplied[iterator]);
};
InjectionBinding binding = new InjectionBinding(resolver);
while (iterator < 3)
{
binding.SupplyTo(supplied[iterator]);
iterator++;
}
object[] supply = binding.GetSupply();
Assert.AreEqual(3, supply.Length);
for (var a = 0; a < supply.Length; a++)
{
Assert.AreEqual(supply[a], supplied[a]);
}
}
public void TestGetFromPool()
{
IPool <ClassToBeInjected> pool = new Pool <ClassToBeInjected> ();
// Format the pool
pool.size = 4;
pool.instanceProvider = new TestInstanceProvider();
IInjectionBinding binding = new InjectionBinding(resolver);
binding.Bind <IPool <ClassToBeInjected> > ().To <Pool <ClassToBeInjected> > ().ToValue(pool);
IPool <ClassToBeInjected> myPool = factory.Get(binding) as Pool <ClassToBeInjected>;
Assert.NotNull(myPool);
ClassToBeInjected instance1 = myPool.GetInstance() as ClassToBeInjected;
Assert.NotNull(instance1);
ClassToBeInjected instance2 = myPool.GetInstance() as ClassToBeInjected;
Assert.NotNull(instance2);
Assert.AreNotSame(instance1, instance2);
}
public void TestInstantiation()
{
IInjectionBinding defaultBinding = new InjectionBinding(resolver).Bind <InjectableSuperClass> ().To <InjectableDerivedClass> ();
InjectableDerivedClass testResult = factory.Get(defaultBinding) as InjectableDerivedClass;
Assert.IsNotNull(testResult);
}
public void TestSupplyOne()
{
Binder.BindingResolver resolver = delegate(IBinding bound)
{
object[] value = (bound as IInjectionBinding).GetSupply();
Assert.AreEqual(value[0], typeof(HasANamedInjection));
};
InjectionBinding binding = new InjectionBinding(resolver);
binding.SupplyTo <HasANamedInjection> ();
}
public void TestInstantiateSingleton()
{
IInjectionBinding defaultBinding = new InjectionBinding (resolver).Key<InjectableSuperClass> ().To <InjectableDerivedClass> ().ToSingleton();
InjectableDerivedClass testResult = factory.Get (defaultBinding) as InjectableDerivedClass;
Assert.IsNotNull (testResult);
//Set a value
testResult.intValue = 42;
//Now get an instance again and ensure it's the same instance
InjectableDerivedClass testResult2 = factory.Get (defaultBinding) as InjectableDerivedClass;
Assert.That (testResult2.intValue == 42);
}
public void TestValueMap()
{
InjectableDerivedClass testvalue = new InjectableDerivedClass();
testvalue.intValue = 42;
IInjectionBinding binding = new InjectionBinding(resolver).Bind <InjectableSuperClass> ().To <InjectableDerivedClass> ().ToValue(testvalue);
InjectableDerivedClass testResult = factory.Get(binding) as InjectableDerivedClass;
Assert.IsNotNull(testResult);
Assert.That(testResult.intValue == testvalue.intValue);
Assert.That(testResult.intValue == 42);
}
public void TestSingletonType()
{
const string TEST_KEY = "TEST_KEY";
Binder.BindingResolver resolver = delegate (IBinding binding)
{
(binding as IInjectionBinding).type = InjectionBindingType.SINGLETON;
Assert.That (TEST_KEY == binding.value as string);
Assert.That ((binding as InjectionBinding).type == InjectionBindingType.SINGLETON);
};
InjectionBinding defaultBinding = new InjectionBinding (resolver);
defaultBinding.To (TEST_KEY);
}
public void TestInstantiationFactory ()
{
IInjectionBinding defaultBinding = new InjectionBinding (resolver).Bind<InjectableSuperClass> ().To <InjectableDerivedClass> ();
InjectableDerivedClass testResult = factory.Get (defaultBinding) as InjectableDerivedClass;
Assert.IsNotNull (testResult);
int defaultValue = testResult.intValue;
//Set a value
testResult.intValue = 42;
//Now get an instance again and ensure it's a different instance
InjectableDerivedClass testResult2 = factory.Get (defaultBinding) as InjectableDerivedClass;
Assert.That (testResult2.intValue == defaultValue);
}
public void TestInstantiateSingleton()
{
IInjectionBinding defaultBinding = new InjectionBinding(resolver).Bind <InjectableSuperClass> ().To <InjectableDerivedClass> ().ToSingleton();
InjectableDerivedClass testResult = factory.Get(defaultBinding) as InjectableDerivedClass;
Assert.IsNotNull(testResult);
//Set a value
testResult.intValue = 42;
//Now get an instance again and ensure it's the same instance
InjectableDerivedClass testResult2 = factory.Get(defaultBinding) as InjectableDerivedClass;
Assert.That(testResult2.intValue == 42);
}
public void TestUnsupply()
{
Binder.BindingResolver resolver = delegate(IBinding bound)
{
};
InjectionBinding binding = new InjectionBinding(resolver);
binding.To <ClassToBeInjected>().SupplyTo <HasANamedInjection> ();
Assert.AreEqual(typeof(HasANamedInjection), binding.GetSupply()[0]);
Assert.AreEqual(typeof(ClassToBeInjected), binding.value);
binding.Unsupply <HasANamedInjection> ();
Assert.IsNull(binding.GetSupply());
}
public void TestValueType()
{
const string TEST_KEY = "TEST_KEY";
Binder.BindingResolver resolver = delegate(IBinding binding)
{
(binding as IInjectionBinding).type = InjectionBindingType.VALUE;
Assert.That(TEST_KEY == binding.value as string);
Assert.That((binding as InjectionBinding).type == InjectionBindingType.VALUE);
};
InjectionBinding defaultBinding = new InjectionBinding(resolver);
defaultBinding.To(TEST_KEY);
}
public void TestInstantiationFactory()
{
IInjectionBinding defaultBinding = new InjectionBinding(resolver).Bind <InjectableSuperClass> ().To <InjectableDerivedClass> ();
InjectableDerivedClass testResult = factory.Get(defaultBinding) as InjectableDerivedClass;
Assert.IsNotNull(testResult);
int defaultValue = testResult.intValue;
//Set a value
testResult.intValue = 42;
//Now get an instance again and ensure it's a different instance
InjectableDerivedClass testResult2 = factory.Get(defaultBinding) as InjectableDerivedClass;
Assert.That(testResult2.intValue == defaultValue);
}
public void TestNamedSingletons ()
{
//Create two named singletons
IInjectionBinding defaultBinding = new InjectionBinding (resolver).Bind<InjectableSuperClass> ().To <InjectableDerivedClass> ().ToName (SomeEnum.ONE).ToSingleton();
IInjectionBinding defaultBinding2 = new InjectionBinding (resolver).Bind<InjectableSuperClass> ().To <InjectableDerivedClass> ().ToName (SomeEnum.TWO).ToSingleton();
InjectableDerivedClass testResult = factory.Get (defaultBinding) as InjectableDerivedClass;
int defaultValue = testResult.intValue;
Assert.IsNotNull (testResult);
//Set a value
testResult.intValue = 42;
//Now get an instance again and ensure it's a different instance
InjectableDerivedClass testResult2 = factory.Get (defaultBinding2) as InjectableDerivedClass;
Assert.IsNotNull (testResult2);
Assert.That (testResult2.intValue == defaultValue);
}
public void TestNamedSingletons()
{
//Create two named singletons
IInjectionBinding defaultBinding = new InjectionBinding(resolver).Bind <InjectableSuperClass> ().To <InjectableDerivedClass> ().ToName(SomeEnum.ONE).ToSingleton();
IInjectionBinding defaultBinding2 = new InjectionBinding(resolver).Bind <InjectableSuperClass> ().To <InjectableDerivedClass> ().ToName(SomeEnum.TWO).ToSingleton();
InjectableDerivedClass testResult = factory.Get(defaultBinding) as InjectableDerivedClass;
int defaultValue = testResult.intValue;
Assert.IsNotNull(testResult);
//Set a value
testResult.intValue = 42;
//Now get an instance again and ensure it's a different instance
InjectableDerivedClass testResult2 = factory.Get(defaultBinding2) as InjectableDerivedClass;
Assert.IsNotNull(testResult2);
Assert.That(testResult2.intValue == defaultValue);
}
// METHODS
#region IInjector implementations
public IInstanceProviderSetter <T> AddBinding <T>()
{
Type bindingType = typeof(T);
IInjectionBinding binding = null;
if (!_isBindingCompleted)
{
// Check is there is an existing binding with given type
if (_bindings.TryGetValue(bindingType, out binding))
{
// Handler error
InjectionError error = CreateError(InjectionErrorType.AlreadyAddedBindingForType, bindingType, null, "", 1);
if (_shouldThrowException)
{
throw new InjectionException(error.error, error.message);
}
}
else
{
// Add binding
binding = new InjectionBinding <T>(this);
_bindings.Add(bindingType, binding);
}
}
else
{
// Handler error
InjectionError error = CreateError(InjectionErrorType.BindingAfterInjection, bindingType, null, "", 1);
if (_shouldThrowException)
{
throw new InjectionException(error.error, error.message);
}
}
return((InjectionBinding <T>)binding);
}
public void TestImplicitToSingleton()
{
//This succeeds if no error
IInjectionBinding binding = new InjectionBinding(resolver).Bind<InjectableSuperClass> ().ToSingleton ();
factory.Get (binding);
//Succeeds if throws error
IInjectionBinding binding2 = new InjectionBinding(resolver).Bind<ISimpleInterface> ().ToSingleton ();
TestDelegate testDelegate = delegate()
{
factory.Get (binding2);
};
InjectionException ex = Assert.Throws<InjectionException>(testDelegate);
Assert.That (ex.type == InjectionExceptionType.NOT_INSTANTIABLE);
//Succeeds if throws error
IInjectionBinding binding3 = new InjectionBinding(resolver).Bind<AbstractClass> ().ToSingleton ();
TestDelegate testDelegate2 = delegate()
{
factory.Get(binding3);
};
InjectionException ex2 = Assert.Throws<InjectionException>(testDelegate2);
Assert.That (ex2.type == InjectionExceptionType.NOT_INSTANTIABLE);
}
public void TestGetSupply()
{
Type[] supplied = new Type[3];
supplied [0] = typeof (HasANamedInjection);
supplied [1] = typeof (HasANamedInjection2);
supplied [2] = typeof (InjectsClassToBeInjected);
int iterator = 0;
Binder.BindingResolver resolver = delegate (IBinding bound)
{
object[] value = (bound as IInjectionBinding).GetSupply();
Assert.AreEqual(value[value.Length-1], supplied[iterator]);
};
InjectionBinding binding = new InjectionBinding (resolver);
while (iterator < 3)
{
binding.SupplyTo (supplied[iterator]);
iterator++;
}
object[] supply = binding.GetSupply ();
Assert.AreEqual (3, supply.Length);
for (var a = 0; a < supply.Length; a++)
{
Assert.AreEqual (supply[a], supplied[a]);
}
}
public void TestGetFromPool()
{
IPool<ClassToBeInjected> pool = new Pool<ClassToBeInjected> ();
// Format the pool
pool.size = 4;
pool.instanceProvider = new TestInstanceProvider ();
IInjectionBinding binding = new InjectionBinding (resolver);
binding.Bind<IPool<ClassToBeInjected>> ().To <Pool<ClassToBeInjected>> ().ToValue(pool);
IPool<ClassToBeInjected> myPool = factory.Get (binding) as Pool<ClassToBeInjected>;
Assert.NotNull (myPool);
ClassToBeInjected instance1 = myPool.GetInstance () as ClassToBeInjected;
Assert.NotNull (instance1);
ClassToBeInjected instance2 = myPool.GetInstance () as ClassToBeInjected;
Assert.NotNull (instance2);
Assert.AreNotSame (instance1, instance2);
}
public void TestUnsupply()
{
Binder.BindingResolver resolver = delegate (IBinding bound)
{
};
InjectionBinding binding = new InjectionBinding (resolver);
binding.To<ClassToBeInjected>().SupplyTo<HasANamedInjection> ();
Assert.AreEqual (typeof(HasANamedInjection), binding.GetSupply()[0]);
Assert.AreEqual (typeof(ClassToBeInjected), binding.value);
binding.Unsupply<HasANamedInjection> ();
Assert.IsNull (binding.GetSupply());
}
public void TestInstantiation()
{
IInjectionBinding defaultBinding = new InjectionBinding (resolver).Key<InjectableSuperClass> ().To <InjectableDerivedClass> ();
InjectableDerivedClass testResult = factory.Get (defaultBinding) as InjectableDerivedClass;
Assert.IsNotNull (testResult);
}
public void TestValueMap()
{
InjectableDerivedClass testvalue = new InjectableDerivedClass ();
testvalue.intValue = 42;
IInjectionBinding binding = new InjectionBinding (resolver).Key<InjectableSuperClass> ().To <InjectableDerivedClass> ().ToValue (testvalue);
InjectableDerivedClass testResult = factory.Get (binding) as InjectableDerivedClass;
Assert.IsNotNull (testResult);
Assert.That (testResult.intValue == testvalue.intValue);
Assert.That (testResult.intValue == 42);
}
public void TestSupplyOne()
{
Binder.BindingResolver resolver = delegate (IBinding bound)
{
object[] value = (bound as IInjectionBinding).GetSupply();
Assert.AreEqual(value[0], typeof(HasANamedInjection));
};
InjectionBinding binding = new InjectionBinding (resolver);
binding.SupplyTo<HasANamedInjection> ();
}
