public void Initialize(IDIContext context)
{
context.s().Rebind <ILog>(null, BindingName.For(LogType.Decorated));
context.m().Bind <ILogOwner>(() => new MyLogOwner());
context.s().Bind <IWorld>(() => new Earth());
context.s().Bind <ISky>(() => new Sky());
context.m().Bind <IHumanFactory>(() => new HumanFactory());
context.m().Bind <IHuman>(() => new Human());
}
public void Initialize(IDIContext context)
{
context.s().Bind <IRemoteObjectsHash>(() => new RemoteObjectsHash());
context.s().BindInstance <ContextEnvironment>(ContextEnvironment.RemoteObjects, "unity", true);
context.s().BindInstance <MBLifeTime>(MBLifeTime.Permanent);
context.s().Bind <IRemoteObjectsDestroyer>(() => new RemoteObjectsDestroyer());
context.s().Bind <IRemoteObjectsRecord>(() => new RemoteObjectsRecordRoot());
context.m().Bind <IRemoteObjectsRecord>(() => new RemoteObjectsRecord(), "factory");
context.m().Bind <RootSceneFactory>(() => new RootSceneFactory());
context.m().Bind <ISceneObject>(() => new SceneObject());
context.m().Bind <IDISceneFactory>(() => new SceneFactory());
}
public void TestValueInstanceBinding()
{
IDIContext context = ContextHelper.CreateContext();
context.s().BindInstance <int>(5);
int i = context.Resolve <int>();
Assert.AreEqual(5, i);
context.s().BindInstance <MyEnum>(MyEnum.Viktoria);
MyEnum name = context.Resolve <MyEnum>();
Assert.AreEqual(MyEnum.Viktoria, name);
}
public virtual T Create <T>(string sceneName, bool destroyableObjects, string bindingName = null,
Action <IDIContext> customContextInitializer = null, Func <IConstruction> construction = null)
where T : class, ISceneObject
{
if (environment != ContextEnvironment.RemoteObjects)
{
throw new MindiException("SceneFactory can only work in the Remote objects environment");
}
IDIContext newContext = ContextHelper.CreateContext(this.context);
if (destroyableObjects)
{
newContext.s().BindInstance <MBLifeTime>(MBLifeTime.DestroyWithScene);
}
IList <ISceneContextInitializer> initializers = ContextBuilder.Initialize <ISceneContextInitializer>(newContext, new SceneContextAttribute(sceneName));
BindObjectsRecord(newContext);
if (customContextInitializer != null)
{
customContextInitializer(newContext);
}
return(CreateScene <T>(newContext, initializers, sceneName, bindingName, construction));
}
public void TestRebindSingletonToSingleton()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClass());
IDIContext childContext = ContextHelper.CreateContext(context);
childContext.s().Rebind <IMyClass>();
IMyClass a1 = context.Resolve <IMyClass>();
IMyClass a2 = context.Resolve <IMyClass>();
Assert.AreSame(a1, a2);
IMyClass b1 = childContext.Resolve <IMyClass>();
IMyClass b2 = childContext.Resolve <IMyClass>();
Assert.AreSame(b1, b2);
Assert.AreNotSame(b1, a1);
Assert.AreNotSame(b2, a2);
IBinding d1 = context.Introspect <IMyClass>();
Assert.AreEqual(InstantiationType.Concrete, d1.instantiationType);
Assert.AreEqual(context, d1.context);
IBinding d2 = childContext.Introspect <IMyClass>();
Assert.AreEqual(InstantiationType.Concrete, d2.instantiationType);
Assert.AreEqual(childContext, d2.context);
}
public void TestGenericRebinding()
{
IDIContext context = ContextHelper.CreateContext();
context.s().BindInstance <ContextEnvironment>(ContextEnvironment.Normal);
context.m().BindGeneric(typeof(IDIFactory <>), typeof(ContextFactory <>));
context.m().BindGeneric(typeof(IDIRFactory <,>), typeof(ReproduceContextFactory <,>));
IDIContext childContext = ContextHelper.CreateContext(context);
childContext.m().Bind <IMyClass>(() => new MyClass());
childContext.s().Rebind <IDIFactory <IOtherClass> >();
MyClass obj1 = childContext.Resolve <IMyClass>() as MyClass;
Assert.That(obj1.factory is ContextFactory <IOtherClass>);
Assert.That(obj1.chainFactory is ReproduceContextFactory <IOtherClass, IGlobalContextInitializer>);
MyClass obj2 = childContext.Resolve <IMyClass>() as MyClass;
Assert.That(obj2.factory is ContextFactory <IOtherClass>);
Assert.That(obj2.chainFactory is ReproduceContextFactory <IOtherClass, IGlobalContextInitializer>);
Assert.AreSame(obj1.factory, obj2.factory);
Assert.AreNotSame(obj1.chainFactory, obj2.chainFactory);
}
public void TestRequirementError()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClassRequirement());
Assert.Throws <MiniocException>(() => {
context.Resolve <IMyClass>();
});
}
public void TestNullBinding()
{
IDIContext context = ContextHelper.CreateContext();
context.s().BindInstance <IApple>(null);
IApple apple = context.TryResolve <IApple>();
Assert.IsNull(apple);
}
public void TestSimpleResolutionException()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClass());
context.m().Bind <IApple>(() => new Apple());
Assert.Catch <MiniocException>(() => {
context.Resolve <IMyClass>();
});
}
public void TestSoftResolutionWithDefault()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClassWithDefault());
IMyClass obj = context.Resolve <IMyClass>();
Assert.That(obj.orange is DefaultOrange);
Assert.That(obj.apple is DefaultApple);
}
public void Initialize(IDIContext context)
{
// Generic collections
context.m().BindGeneric(typeof(IList <>), typeof(List <>));
context.m().BindGeneric(typeof(List <>), typeof(List <>));
context.m().BindGeneric(typeof(IEnumerable <>), typeof(List <>));
context.m().BindGeneric(typeof(HashSet <>), typeof(HashSet <>));
context.m().BindGeneric(typeof(IDictionary <,>), typeof(Dictionary <,>));
context.m().BindGeneric(typeof(Dictionary <,>), typeof(Dictionary <,>));
context.s().BindInstance <ContextEnvironment>(ContextEnvironment.Normal);
context.s().Bind <IActionQueue>(() => new ActionQueue());
context.m().BindGeneric(typeof(IDIFactory <>), typeof(ContextFactory <>));
context.m().BindGeneric(typeof(IDIRFactory <,>), typeof(ReproduceContextFactory <,>));
context.m().BindGeneric(typeof(IDIRFactory <, ,>), typeof(ReproduceContextFactory <, ,>));
context.m().BindGeneric(typeof(IDIRFactory <, , ,>), typeof(ReproduceContextFactory <, , ,>));
context.m().BindGeneric(typeof(IDynamicInjection <>), typeof(DynamicResolver <>));
context.m().BindGeneric(typeof(ISoftDynamicInjection <>), typeof(SoftDynamicResolver <>));
}
public void TestSoftResolution()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClass());
context.m().Bind <IOrange>(() => new Orange());
IMyClass obj = context.Resolve <IMyClass>();
Assert.That(obj.orange is Orange);
Assert.IsNull(obj.apple);
}
public void TestConstructorResolution()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClass());
IMyClass obj = context.Resolve <IMyClass>(() => Construction
.ForType <IOrange>(new Orange()).AndType <IApple>(new Apple()));
Assert.That(obj.orange is Orange);
Assert.That(obj.apple is Apple);
}
protected MonoBehaviourBinder(IDIContext context, InstantiationMode mode)
{
this.contextInjection = context;
if (mode == InstantiationMode.SINGLETON)
{
baseBinder = context.s();
}
else if (mode == InstantiationMode.MULTIPLE)
{
baseBinder = context.m();
}
}
public void TestCreationByNewFactorySingleton()
{
IDIContext context = ContextHelper.CreateContext();
// Let's bind a test type using singleton binder
context.s().Bind <IDependencyTest>(() => new DependencyTest());
// Let's see that the dependencies are now injected - this class has injected context
IDependencyTest test1 = context.Resolve <IDependencyTest>();
IDependencyTest test2 = context.Resolve <IDependencyTest>();
Assert.AreSame(test1, test2);
}
public void TestSoftRequirement()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClassSoftRequirement());
IMyClass obj = context.Resolve <IMyClass>(() => Construction
.ForType <IApple>(new Apple())
);
Assert.That(obj.apple is Apple);
Assert.IsNull(obj.orange);
}
public void TestMixedInjection()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClassMethodMixed());
context.m().Bind <IOrange>(() => new Orange());
context.m().Bind <IApple>(() => new Apple());
IMyClass obj = context.Resolve <IMyClass>();
Assert.That(obj.orange is Orange);
Assert.That(obj.apple is Apple);
}
public void TestTypelessRequirement()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClassRequirement());
IMyClass obj = context.Resolve <IMyClass>(() => Construction
.For("orange", new Orange())
.And("apple", new Apple())
);
Assert.That(obj.orange is Orange);
Assert.That(obj.apple is Apple);
}
public void TestConstructorContextRestricted()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClass());
Assert.Catch <MiniocException>(() => {
context.Resolve <IMyClass>(() => Construction
.ForType <IOrange>(new Orange())
.AndType <IApple>(new Apple())
.AndType <IDIContext>(new MiniocContext())
);
});
}
public void TestResolvedInstanceHasBindingDescriptor()
{
IDIContext context = ContextHelper.CreateContext();
IOrange orange = new Orange1();
(orange as IDIClosedContext).Invalidate();
context.s().BindInstance(orange);
context.m().Bind <IPineapple>(() => new Pineapple());
IPineapple pineApple = context.Resolve <IPineapple>();
Assert.IsNotNull(pineApple);
Assert.IsNotNull(pineApple.orange);
}
public void TestCreationByNew_IDICOntainerBranch()
{
IDIContext context = ContextHelper.CreateContext();
// Let's bind a test type using a usual new
context.s().Bind <IDependencyTest>(() => new DependencyTest());
// Let's see that the dependencies are now injected - we have changed MinIOC. In original version this would fail
IDependencyTest test = context.Resolve <IDependencyTest>();
Assert.IsNotNull((test as IDIClosedContext).descriptor);
Assert.IsNotNull((test as IDIClosedContext).descriptor.context);
Assert.IsNotNull(test.contextAccess);
}
public void Test2InterfacesContainerBinding()
{
IDIContext context = ContextHelper.CreateContext();
// Then creating bindings for 2 interfaces through the container
context.s().BindMany <IAdvancedRead, IAdvancedWrite>(() => new AdvancedModel());
IAdvancedRead read = context.Resolve <IAdvancedRead>();
IAdvancedWrite write = context.Resolve <IAdvancedWrite>();
Assert.That(read is AdvancedModel);
Assert.That(write is AdvancedModel);
Assert.AreSame(read, write);
}
public void TestRequirementPriorityOverContext()
{
IDIContext context = ContextHelper.CreateContext();
context.s().Bind <IMyClass>(() => new MyClass());
context.m().Bind <IOrange>(() => new Orange());
context.m().Bind <IApple>(() => new Apple());
IMyClass obj = context.Resolve <IMyClass>(() => Construction
.ForType <IApple>(new DefaultApple())
);
Assert.That(obj.orange is Orange);
Assert.That(obj.apple is DefaultApple);
}
public void TestInstanceBindingST()
{
MyClass obj = new MyClass();
IDIContext context = ContextHelper.CreateContext();
context.s().BindInstance <IMyClass>(obj);
IMyClass anotherObj = context.Resolve <IMyClass>();
Assert.AreSame(obj, anotherObj);
IMyClass oneMorerObj = context.Resolve <IMyClass>();
Assert.AreSame(obj, oneMorerObj);
}
public void TestSTNotSubjective()
{
IDIContext context = ContextHelper.CreateContext();
context.m().Bind <IOrange> (() => new Orange1());
context.s().Bind <IApple> (() => new Apple());
IDIContext childContext = context.Reproduce();
childContext.m().Bind <IOrange> (() => new Orange2());
IApple apple2 = childContext.Resolve <IApple> ();
IApple apple1 = context.Resolve <IApple> ();
Assert.AreSame(apple1, apple2);
Assert.IsInstanceOf(typeof(Orange1), apple1.orange);
Assert.IsInstanceOf(typeof(Orange1), apple2.orange);
}
public void TestGenericSBindingMany()
{
IDIContext context = ContextHelper.CreateContext();
context.s().BindGenericMany(new List <Type> {
typeof(ICollection <>), typeof(IList <>)
}, typeof(List <>));
context.m().Bind(() => new TestClassMany());
var obj1 = context.Resolve <TestClassMany> ();
Assert.That(obj1.list1 is List <int>);
Assert.That(obj1.list2 is List <string>);
Assert.That(obj1.collection1 is List <int>);
Assert.That(obj1.collection2 is List <string>);
Assert.AreSame(obj1.list1, obj1.collection1);
Assert.AreSame(obj1.list2, obj1.collection2);
Assert.AreNotSame(obj1.list2, obj1.collection1);
Assert.AreNotSame(obj1.list2, obj1.list1);
Assert.AreNotSame(obj1.collection2, obj1.collection1);
}
public void TestGenericIntrospect()
{
IDIContext context = ContextHelper.CreateContext();
context.s().BindInstance <ContextEnvironment>(ContextEnvironment.Normal);
context.m().BindGeneric(typeof(IDIFactory <>), typeof(ContextFactory <>));
context.m().BindGeneric(typeof(IDIRFactory <,>), typeof(ReproduceContextFactory <,>));
IDIContext childContext = ContextHelper.CreateContext(context);
childContext.m().Bind <IMyClass>(() => new MyClass());
childContext.s().Rebind <IDIFactory <IOtherClass> >();
IBinding desc1 = childContext.Introspect <IDIFactory <IOtherClass> >();
Assert.AreEqual(InstantiationType.Concrete, desc1.instantiationType);
Assert.AreEqual(childContext, desc1.context);
IBinding desc2 = childContext.Introspect <IDIRFactory <IOtherClass, IGlobalContextInitializer> >();
Assert.AreEqual(InstantiationType.Abstract, desc2.instantiationType);
Assert.AreEqual(context, desc2.context);
}
public void Initialize(IDIContext context)
{
context.s().Bind <IEditorPrefabFilter>(() => new EditorPrefabFilter());
}
public void Initialize(IDIContext context)
{
context.s().Bind <ISky>(() => new Sky());
context.Resolve <ISky>().SetColor(ConsoleColor.Magenta);
}
protected void BindObjectsRecord(IDIContext ctx)
{
ctx.s().Rebind <IRemoteObjectsRecord>(null, "factory");
}