public static IInterfaceToProxy CreateProxy(Func <IInterfaceToProxy> factory, IAsyncInterceptor interceptor)
{
IInterfaceToProxy implementation = factory();
IInterfaceToProxy proxy = Generator.CreateInterfaceProxyWithTargetInterface(implementation, interceptor);
return(proxy);
}
protected WhenExceptionInterceptingSynchronousResultMethodsBase(int msDelay)
{
// The delay is used to simulate work my the interceptor, thereof not always continuing on the same thread.
var interceptor = new TestAsyncInterceptorBase(_log, msDelay);
_proxy = ProxyGen.CreateProxy(_log, interceptor);
}
public WhenProcessingSynchronousResultMethods(ITestOutputHelper output)
{
string randomValue = "randomValue_" + Guid.NewGuid().ToString("N", CultureInfo.InvariantCulture);
_log = new ListLogger(output);
_interceptor = new TestProcessingAsyncInterceptor(_log, randomValue);
_proxy = ProxyGen.CreateProxy(_log, _interceptor);
}
public static IInterfaceToProxy CreateProxy(Func <IInterfaceToProxy> factory, IMiCakeInterceptor miCakeInterceptor)
{
IInterfaceToProxy implementation = factory();
IMiCakeProxy castleMiCakeProxy = new CastleMiCakeProxyProvider().GetMiCakeProxy();
IInterfaceToProxy proxy = castleMiCakeProxy.CreateInterfaceProxyWithTarget <IInterfaceToProxy>(implementation, miCakeInterceptor);
return(proxy);
}
protected WhenInterceptingAsynchronousResultMethodsBase(
ITestOutputHelper output,
bool asyncB4Proceed,
int msDelayAfterProceed)
{
_log = new ListLogger(output);
// The delay is used to simulate work my the interceptor, thereof not always continuing on the same thread.
var interceptor = new TestAsyncInterceptorBase(_log, asyncB4Proceed, msDelayAfterProceed);
_proxy = ProxyGen.CreateProxy(_log, interceptor);
}
protected TimingAsynchronousResultMethodCompletedAndIncompleteBase(ITestOutputHelper output, bool alwaysCompleted)
{
_log = new ListLogger(output);
IInterfaceToProxy AlwaysCompletedFactory() => new ClassWithAlwaysCompletedAsync(_log);
IInterfaceToProxy AlwaysIncompleteFactory() => new ClassWithAlwaysIncompleteAsync(_log);
_interceptor = new TestAsyncTimingInterceptor(_log);
_proxy = ProxyGen.CreateProxy(
alwaysCompleted ? AlwaysCompletedFactory : (Func <IInterfaceToProxy>)AlwaysIncompleteFactory,
_interceptor);
}
protected AsynchronousResultMethodCompletedAndIncompleteBase(ITestOutputHelper output, bool alwaysCompleted)
{
_log = new ListLogger(output);
IInterfaceToProxy AlwaysCompletedFactory() => new ClassWithAlwaysCompletedAsync(_log);
IInterfaceToProxy AlwaysIncompleteFactory() => new ClassWithAlwaysIncompleteAsync(_log);
var interceptor = new TestAsyncInterceptorBase(_log, asyncB4Proceed: true, msDelayAfterProceed: 10);
_proxy = ProxyGen.CreateProxy(
alwaysCompleted ? AlwaysCompletedFactory : (Func <IInterfaceToProxy>)AlwaysIncompleteFactory,
interceptor);
}
public async Task ExtendInterfaceProxyGenerator(
Func <IProxyGenerator, ListLogger, IInterfaceToProxy> proxyFactory)
{
// Act
IInterfaceToProxy proxy = proxyFactory(Generator, _log);
Guid result = await proxy.AsynchronousResultMethod().ConfigureAwait(false);
// Assert
const string methodName = nameof(IInterfaceToProxy.AsynchronousResultMethod);
Assert.NotEqual(Guid.Empty, result);
Assert.Equal(4, _log.Count);
Assert.Equal($"{methodName}:InterceptStart", _log[0]);
Assert.Equal($"{methodName}:InterceptEnd", _log[3]);
}
public WhenProcessingSynchronousResultMethodsWithTheReturnValue()
{
_interceptor = new TestProcessingReturnValueAsyncInterceptor(_log);
_proxy = ProxyGen.CreateProxy(_log, _interceptor);
}
public WhenInterceptingSynchronousVoidMethods(ITestOutputHelper output)
{
_log = new ListLogger(output);
_proxy = ProxyGen.CreateProxy(_log, new TestAsyncInterceptor(_log));
}
public WhenTimingSynchronousResultMethods(ITestOutputHelper output)
{
_log = new ListLogger(output);
_interceptor = new TestAsyncTimingInterceptor(_log);
_proxy = ProxyGen.CreateProxy(_log, _interceptor);
}
public WhenInterceptingSynchronousResultMethods()
{
_proxy = ProxyGen.CreateProxy(_log, new TestAsyncInterceptor(_log));
}
public CastleMiCakeAopTest(ITestOutputHelper output)
{
_log = new ListLogger(output);
_proxy = ProxyGen.CreateProxy(_log, new TestMiCakeInterceptor(_log));
}
public WhenTimingSynchronousResultMethods()
{
_interceptor = new TestAsyncTimingInterceptor(_log);
_proxy = ProxyGen.CreateProxy(_log, _interceptor);
}
public WhenProcessingSynchronousResultMethods()
{
_interceptor = new TestProcessingAsyncInterceptor(_log, "randomValue_" + Guid.NewGuid().ToString("N"));
_proxy = ProxyGen.CreateProxy(_log, _interceptor);
}
public WhenProcessingSynchronousResultMethodsWithTheReturnValue(ITestOutputHelper output)
{
_log = new ListLogger(output);
_interceptor = new TestProcessingReturnValueAsyncInterceptor(_log);
_proxy = ProxyGen.CreateProxy(_log, _interceptor);
}
public WhenProcessingSynchronousVoidMethods(ITestOutputHelper output)
{
_log = new ListLogger(output);
_interceptor = new TestProcessingAsyncInterceptor(_log, "randomValue_" + Guid.NewGuid().ToString("N"));
_proxy = ProxyGen.CreateProxy(_log, _interceptor);
}
public WhenInterceptingAsynchronousResultMethods(ITestOutputHelper output)
{
_log = new ListLogger(output);
_proxy = ProxyGen.CreateProxy(_log, new TestAsyncInterceptor(_log));
_proxyWithAwaitBefore = ProxyGen.CreateProxy(_log, new TestAsyncInterceptorWithAwaitBefore(_log, 200));
}
