public void Should_not_print_warning_if_finalization_takes_more_than_1_and_half_second_but_is_called_manually()
{
_subject.OnBeforeFinish += () => Thread.Sleep(1550);
using (var console = new TraceInterceptor())
{
_subject.Finished();
Assert.That(console.GetCapturedText(), Is.Empty);
}
}
public void Should_not_print_warning_if_finalization_takes_less_than_1_and_half_second()
{
_subject.OnBeforeFinish += () => Thread.Sleep(1450);
using (var console = new TraceInterceptor())
{
_subject = null;
GC.Collect(GC.MaxGeneration);
GC.WaitForPendingFinalizers();
Assert.That(console.GetCapturedText(), Is.Not.StringContaining("WARNING: Please consider"));
}
}
public void Should_trace_error_if_exception_is_thrown_during_finalization()
{
_subject.OnBeforeFinish += () => { throw new NotImplementedException("abc"); };
using (var console = new TraceInterceptor())
{
_subject = null;
GC.Collect(GC.MaxGeneration);
GC.WaitForPendingFinalizers();
Assert.That(console.GetCapturedText(), Is.StringContaining("Summary aggregation failed: System.NotImplementedException: abc"));
}
}
public void Should_trace_warning_if_finalization_takes_longer_than_1_and_half_second()
{
_subject.OnBeforeFinish += () => Thread.Sleep(1550);
using (var console = new TraceInterceptor())
{
_subject = null;
GC.Collect(GC.MaxGeneration);
GC.WaitForPendingFinalizers();
Assert.That(console.GetCapturedText(), Is.StringContaining("WARNING: Please consider to call FeatureCoordinator.Instance.Finished() manually, otherwise if execution time reach 2 seconds, .NET framework will kill aggregation process."));
}
}
public void MethodCall_MustUseInterceptorsInCorrectSequence()
{
var interceptionCallLog = new List<IDynamicInterceptor>();
var interceptor1 = new TraceInterceptor(interceptionCallLog, "1");
var interceptor2 = new TraceInterceptor(interceptionCallLog, "2");
var interceptor3 = new TraceInterceptor(interceptionCallLog, "3");
this.Container.RegisterInterfaceProxy<IProxy>(
new Intercept(interceptor1),
new Intercept(interceptor2),
new Intercept(interceptor3));
this.Container.Resolve<IProxy>().Foo();
interceptionCallLog.Should()
.ContainInOrder(interceptor1, interceptor2, interceptor3)
.And.HaveCount(3);
}
public void MethodCall_MustUseInterceptorsInCorrectSequence()
{
var interceptionCallLog = new List <IDynamicInterceptor>();
var interceptor1 = new TraceInterceptor(interceptionCallLog, "1");
var interceptor2 = new TraceInterceptor(interceptionCallLog, "2");
var interceptor3 = new TraceInterceptor(interceptionCallLog, "3");
this.Container.RegisterInterfaceProxy <IProxy>(
new Intercept(interceptor1),
new Intercept(interceptor2),
new Intercept(interceptor3));
this.Container.Resolve <IProxy>().Foo();
interceptionCallLog.Should()
.ContainInOrder(interceptor1, interceptor2, interceptor3)
.And.HaveCount(3);
}
public void MustUseInterceptorsInCorrectOrder()
{
var interceptionCallLog = new List <IDynamicInterceptor>();
var interceptor1 = new TraceInterceptor(interceptionCallLog, "1");
var interceptor2 = new TraceInterceptor(interceptionCallLog, "2");
var interceptor3 = new TraceInterceptor(interceptionCallLog, "3");
this.Container.RegisterType <InterceptedTarget, InterceptedTarget>(
new Intercept(interceptor1),
new Intercept(interceptor2),
new Intercept(interceptor3));
var proxy = this.Container.Resolve <InterceptedTarget>();
proxy.Bar();
interceptionCallLog.Should()
.ContainInOrder(interceptor1, interceptor2, interceptor3)
.And.HaveCount(3);
}
public void MustUseInterceptorsInCorrectOrder()
{
var interceptionCallLog = new List<IDynamicInterceptor>();
var interceptor1 = new TraceInterceptor(interceptionCallLog, "1");
var interceptor2 = new TraceInterceptor(interceptionCallLog, "2");
var interceptor3 = new TraceInterceptor(interceptionCallLog, "3");
this.Container.RegisterType<InterceptedTarget, InterceptedTarget>(
new Intercept(interceptor1),
new Intercept(interceptor2),
new Intercept(interceptor3));
var proxy = this.Container.Resolve<InterceptedTarget>();
proxy.Bar();
interceptionCallLog.Should()
.ContainInOrder(interceptor1, interceptor2, interceptor3)
.And.HaveCount(3);
}
public void MethodCall_MustUseInterceptorsInCorrectSequence()
{
var interceptionCallLog = new List<IDynamicInterceptor>();
var interceptor1 = new TraceInterceptor(interceptionCallLog, "1");
var interceptor2 = new TraceInterceptor(interceptionCallLog, "2");
var interceptor3 = new TraceInterceptor(interceptionCallLog, "3");
using (var kernel = new StandardKernel())
{
kernel.Bind<IProxy>().ToProxy(x => x
.By(interceptor1, 10)
.By(interceptor2, 5)
.By(interceptor3, 15));
var proxy = kernel.Get<IProxy>();
proxy.Foo();
}
interceptionCallLog.Should()
.ContainInOrder(interceptor2, interceptor1, interceptor3)
.And.HaveCount(3);
}
public void MustUseInterceptorsInCorrectOrder()
{
var interceptionCallLog = new List<IDynamicInterceptor>();
var interceptor1 = new TraceInterceptor(interceptionCallLog, "1");
var interceptor2 = new TraceInterceptor(interceptionCallLog, "2");
var interceptor3 = new TraceInterceptor(interceptionCallLog, "3");
using (var kernel = new StandardKernel())
{
kernel.Bind<InterceptedTarget>().ToSelf()
.Intercept(x => x
.By(interceptor1, 10)
.By(interceptor2, 5)
.By(interceptor3, 15));
var proxy = kernel.Get<InterceptedTarget>();
proxy.Bar();
interceptionCallLog.Should()
.ContainInOrder(interceptor2, interceptor1, interceptor3)
.And.HaveCount(3);
}
}
