public void testIfInterface1IsRegistered()
{
using (var scope = b.beginScope())
{
scope.resolve <Interface1>();
}
}
public static ILifetimeScope beginScope <RootT>(this Konstruktor konstruktor)
{
var scope = konstruktor.beginScope();
scope.resolveRoot(typeof(RootT));
return(scope);
}
public void testStringType()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve <RefersString>();
}
}
public void testValueTypes()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve <RefersValueType>();
}
}
public void ambiguous()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve<Ambiguous>();
}
}
public void testValueTypes()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve<RefersValueType>();
}
}
public void moreArguments()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve<MoreArguments>();
}
}
public void ambiguous()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve <Ambiguous>();
}
}
public static void myFirstKonstrukt()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
var bInstance = s.resolve<B>();
bInstance.A.printHelloWorld();
}
}
public void internalConstructor()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve <InternalConstructor>();
}
}
public void moreArguments()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve <MoreArguments>();
}
}
public void preferred()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve <Preferred>();
}
}
public void testStringType()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve<RefersString>();
}
}
public void internalConstructor()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve<InternalConstructor>();
}
}
public void preferred()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
s.resolve<Preferred>();
}
}
public static void myFirstKonstrukt()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
var bInstance = s.resolve <B>();
bInstance.A.printHelloWorld();
}
}
public static void mapInterface()
{
var b = new Konstruktor();
b.forInterface<IInterface>().instantiate<Implementation>();
using (var s = b.beginScope())
{
var implementation = s.resolve<IInterface>();
Assert.AreEqual(typeof(Implementation), implementation.GetType());
}
}
public static void explicitGenerator()
{
var b = new Konstruktor();
b.registerGenerator<IGeneratorExample>(scope => new GeneratorExample());
using (var s = b.beginScope())
{
var generated = s.resolve<IGeneratorExample>();
Assert.AreEqual(typeof (GeneratorExample), generated.GetType());
}
}
public void testImplementationGenerator()
{
var builder = new Konstruktor();
builder.registerGenerator(s => new Implementation());
using (var scope = builder.beginScope())
{
var dummy = scope.resolve<Implementation>();
Assert.AreEqual(typeof(Implementation), dummy.GetType());
}
}
public void explicitZeroStore()
{
var b = new Konstruktor();
using (var scope = b.beginScope())
{
scope.store <A>(null);
var br = scope.resolve <B>();
Assert.AreEqual(null, br.A);
}
}
public void explicitZeroStore()
{
var b = new Konstruktor();
using (var scope = b.beginScope())
{
scope.store<A>(null);
var br = scope.resolve<B>();
Assert.AreEqual(null, br.A);
}
}
public void preferredByBuilder()
{
var b = new Konstruktor();
b.preferConstructor <PreferredByKonstruktor>(typeof(B));
using (var s = b.beginScope())
{
s.resolve <PreferredByKonstruktor>();
}
}
public static void mapInterface()
{
var b = new Konstruktor();
b.forInterface <IInterface>().instantiate <Implementation>();
using (var s = b.beginScope())
{
var implementation = s.resolve <IInterface>();
Assert.AreEqual(typeof(Implementation), implementation.GetType());
}
}
public static void explicitGenerator()
{
var b = new Konstruktor();
b.registerGenerator <IGeneratorExample>(scope => new GeneratorExample());
using (var s = b.beginScope())
{
var generated = s.resolve <IGeneratorExample>();
Assert.AreEqual(typeof(GeneratorExample), generated.GetType());
}
}
public void preferredByBuilder()
{
var b = new Konstruktor();
b.preferConstructor<PreferredByKonstruktor>(typeof(B));
using (var s = b.beginScope())
{
s.resolve<PreferredByKonstruktor>();
}
}
public void testImplementationInstantiation()
{
var b = new Konstruktor();
using (var scope = b.beginScope())
{
var dummy = scope.resolve<Dummy>();
var dummy2 = scope.resolve<Dummy2>();
Assert.AreEqual(dummy._d2, dummy2);
}
}
public void openGeneric()
{
var builder = new Konstruktor();
builder.mapInterfaceToImplementation(typeof(IShared <>), typeof(Shared <>));
using (var scope = builder.beginScope())
{
var shared = scope.resolve <IShared <int> >();
Assert.AreEqual(typeof(Shared <int>), shared.GetType());
}
}
public void testImplementationGenerator()
{
var builder = new Konstruktor();
builder.registerGenerator(s => new Implementation());
using (var scope = builder.beginScope())
{
var dummy = scope.resolve <Implementation>();
Assert.AreEqual(typeof(Implementation), dummy.GetType());
}
}
public void testExplicitGeneratorPrecedence()
{
var builder = new Konstruktor();
builder.forInterface<IDummy>().generate(s => new Implementation());
builder.forInterface<IDummy>().instantiate<Implementation2>();
using (var scope = builder.beginScope())
{
var dummy = scope.resolve<IDummy>();
Assert.AreEqual(typeof(Implementation), dummy.GetType());
}
}
public static void explicitGeneratorPropertyInjection()
{
var b = new Konstruktor();
b.registerGenerator(scope => new PropertyInjection {Generator = scope.resolve<GeneratorExample>()});
using (var s = b.beginScope())
{
var generated = s.resolve<PropertyInjection>();
Assert.AreEqual(typeof(PropertyInjection), generated.GetType());
Assert.AreNotEqual(null, generated.Generator);
}
}
public void testImplementationSecondaryUnregistered()
{
var builder = new Konstruktor();
builder.forInterface<IDummy>().instantiate<Implementation>();
using (var scope = builder.beginScope())
{
var dummy = scope.resolve<IDummy>();
var dummy2 = scope.resolve<ISecondary>();
Assert.True(ReferenceEquals(dummy, dummy2));
}
}
public void testImplementationInstantiation()
{
var b = new Konstruktor();
using (var scope = b.beginScope())
{
var dummy = scope.resolve <Dummy>();
var dummy2 = scope.resolve <Dummy2>();
Assert.AreEqual(dummy._d2, dummy2);
}
}
public void testImplementationSecondaryUnregistered()
{
var builder = new Konstruktor();
builder.forInterface <IDummy>().instantiate <Implementation>();
using (var scope = builder.beginScope())
{
var dummy = scope.resolve <IDummy>();
var dummy2 = scope.resolve <ISecondary>();
Assert.True(ReferenceEquals(dummy, dummy2));
}
}
public void testExplicitGeneratorPrecedence()
{
var builder = new Konstruktor();
builder.forInterface <IDummy>().generate(s => new Implementation());
builder.forInterface <IDummy>().instantiate <Implementation2>();
using (var scope = builder.beginScope())
{
var dummy = scope.resolve <IDummy>();
Assert.AreEqual(typeof(Implementation), dummy.GetType());
}
}
public static void serverFunc()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
var server = s.resolve<Server>();
var client1 = server.createClient();
var client2 = server.createClient();
Assert.AreNotSame(client1, client2);
Assert.AreSame(client1.Server, server);
Assert.AreSame(client2.Server, server);
}
}
public void testConcrete()
{
var builder = new Konstruktor();
builder.forInterface<IDummy>().instantiate<Implementation>();
using (var scope = builder.beginScope())
{
var dummy = scope.resolve<IDummy>();
Debug.Assert(dummy.GetType() == typeof(Implementation));
var dummy2 = scope.resolve<IDummy>();
Debug.Assert(ReferenceEquals(dummy, dummy2));
}
}
public static void serverFunc()
{
var b = new Konstruktor();
using (var s = b.beginScope())
{
var server = s.resolve <Server>();
var client1 = server.createClient();
var client2 = server.createClient();
Assert.AreNotSame(client1, client2);
Assert.AreSame(client1.Server, server);
Assert.AreSame(client2.Server, server);
}
}
public void inOrderDispose()
{
_disposed.Clear();
var b = new Konstruktor();
using (var scope = b.beginScope())
{
scope.resolve<A>();
}
Assert.AreEqual(2, _disposed.Count);
Assert.AreEqual(typeof(A), _disposed[0].GetType());
Assert.AreEqual(typeof(B), _disposed[1].GetType());
}
public void openGenericGenerator()
{
var builder = new Konstruktor();
builder.registerGeneratorsIn(GetType());
using (var scope = builder.beginScope())
{
var shared = scope.resolve <IShared2 <Dummy> >();
Assert.AreEqual(typeof(Shared2 <Dummy>), shared.GetType());
var shared2 = scope.resolve <IShared2 <Dummy> >();
Assert.AreEqual(shared, shared2);
}
}
public void inOrderDispose()
{
_disposed.Clear();
var b = new Konstruktor();
using (var scope = b.beginScope())
{
scope.resolve <A>();
}
Assert.AreEqual(2, _disposed.Count);
Assert.AreEqual(typeof(A), _disposed[0].GetType());
Assert.AreEqual(typeof(B), _disposed[1].GetType());
}
public void testConcrete()
{
var builder = new Konstruktor();
builder.forInterface <IDummy>().instantiate <Implementation>();
using (var scope = builder.beginScope())
{
var dummy = scope.resolve <IDummy>();
Debug.Assert(dummy.GetType() == typeof(Implementation));
var dummy2 = scope.resolve <IDummy>();
Debug.Assert(ReferenceEquals(dummy, dummy2));
}
}
public static void explicitGeneratorPropertyInjection()
{
var b = new Konstruktor();
b.registerGenerator(scope => new PropertyInjection {
Generator = scope.resolve <GeneratorExample>()
});
using (var s = b.beginScope())
{
var generated = s.resolve <PropertyInjection>();
Assert.AreEqual(typeof(PropertyInjection), generated.GetType());
Assert.AreNotEqual(null, generated.Generator);
}
}
public void openGenericAndExplicit()
{
var builder = new Konstruktor();
builder.mapInterfaceToImplementation(typeof(IOG <>), typeof(OG <>));
builder.mapInterfaceToImplementation(typeof(IOG <int>), typeof(ExplicitInt));
using (var scope = builder.beginScope())
{
var fl = scope.resolve <IOG <float> >();
var i = scope.resolve <IOG <int> >();
Assert.AreEqual(typeof(OG <float>), fl.GetType());
Assert.AreEqual(typeof(ExplicitInt), i.GetType());
}
}
public void nestedScopeOwned()
{
var b = new Konstruktor();
using (var scope = b.beginScope())
{
var referrer = scope.resolve <OwnedFactory>();
Owned <NestedInstance> inst;
using (inst = referrer.build())
{
}
Assert.True(inst.Value.Disposed);
Assert.True(inst.Value.Referred.Disposed);
}
}
public void nestedScopeOwned()
{
var b = new Konstruktor();
using (var scope = b.beginScope())
{
var referrer = scope.resolve<OwnedFactory>();
Owned<NestedInstance> inst;
using (inst = referrer.build())
{
}
Assert.True(inst.Value.Disposed);
Assert.True(inst.Value.Referred.Disposed);
}
}
public void testFunc2()
{
_instanceDestructed = false;
var b = new Konstruktor();
using (var scope = b.beginScope())
{
var f = scope.resolve<Factory>();
var p = new Param();
var i = f._factory(p);
Assert.AreEqual(i.P, p);
}
// sub-scopes do not dispose!, factory clients must handle that!
Assert.AreEqual(false, _instanceDestructed);
}
public void testFunc2()
{
_instanceDestructed = false;
var b = new Konstruktor();
using (var scope = b.beginScope())
{
var f = scope.resolve <Factory>();
var p = new Param();
var i = f._factory(p);
Assert.AreEqual(i.P, p);
}
// sub-scopes do not dispose!, factory clients must handle that!
Assert.AreEqual(false, _instanceDestructed);
}
public void testFunc1()
{
_instancesDestructed = 0;
var b = new Konstruktor();
using (var scope = b.beginScope())
{
var f = scope.resolve<Factory>();
var fi = scope.resolve<Instance>();
var i = f._factory();
Assert.AreNotSame(fi, i);
}
// sub-scopes do not dispose!, factory clients must handle that!
Assert.AreEqual(1, _instancesDestructed);
}
public void testFunc1()
{
_instancesDestructed = 0;
var b = new Konstruktor();
using (var scope = b.beginScope())
{
var f = scope.resolve <Factory>();
var fi = scope.resolve <Instance>();
var i = f._factory();
Assert.AreNotSame(fi, i);
}
// sub-scopes do not dispose!, factory clients must handle that!
Assert.AreEqual(1, _instancesDestructed);
}
public void interfaceDispose()
{
_disposed.Clear();
var b = new Konstruktor();
b.forInterface<IB>().instantiate<B>();
using (var scope = b.beginScope())
{
// both should be the same object, but
// dispose should be only called on A's instance (once).
var b1 = scope.resolve<IB>();
var b2 = scope.resolve<B>();
Assert.AreSame(b1, b2);
}
Assert.AreEqual(1, _disposed.Count);
Assert.AreEqual(typeof(B), _disposed[0].GetType());
}
public void interfaceDispose()
{
_disposed.Clear();
var b = new Konstruktor();
b.forInterface <IB>().instantiate <B>();
using (var scope = b.beginScope())
{
// both should be the same object, but
// dispose should be only called on A's instance (once).
var b1 = scope.resolve <IB>();
var b2 = scope.resolve <B>();
Assert.AreSame(b1, b2);
}
Assert.AreEqual(1, _disposed.Count);
Assert.AreEqual(typeof(B), _disposed[0].GetType());
}