public void ModifyType()
{
var fakeAssemblyAdviceDeclarations = new[] { ObjectMother.GetAdviceBuilder() };
var fakeTypeAdviceDeclarations = new[] { ObjectMother.GetAdviceBuilder() };
var fakeMethodAdviceDeclarations = new[] { ObjectMother.GetAdviceBuilder() };
var allAdviceBuilders =
fakeAssemblyAdviceDeclarations
.Concat(fakeTypeAdviceDeclarations)
.Concat(fakeMethodAdviceDeclarations);
_adviceDeclarationProviderMock.Expect(x => x.GetDeclarations()).Return(fakeAssemblyAdviceDeclarations.AsOneTime());
_adviceDeclarationProviderMock.Expect(x => x.GetDeclarations(_mutableType)).Return(fakeTypeAdviceDeclarations.AsOneTime());
foreach (var method in _mutableType.GetMethods())
{
var method1 = method;
var fakeAdvices = method.Name == "ToString" ? new[] { ObjectMother.GetAdvice() } : new Advice[0];
_adviceDeclarationProviderMock
.Expect(x => x.GetDeclarations(method))
.Return(fakeMethodAdviceDeclarations);
_adviceComposerMock
.Expect(
x => x.Compose(
Arg <IEnumerable <IAdviceBuilder> > .List.Equal(allAdviceBuilders),
Arg <JoinPoint> .Matches(y => y.Member == method1)))
.Return(fakeAdvices.AsOneTime());
if (method.Name == "ToString")
{
_weaverMock
.Expect(x => x.Weave(Arg <MethodInfo> .Is.Anything, Arg.Is(fakeAdvices)))
.WhenCalled(x =>
{
var mutableMethod = (MutableMethodInfo)x.Arguments[0];
Assert.That(mutableMethod.Name, Is.EqualTo(method.Name));
});
}
}
_assembler.ModifyType(_mutableType);
_adviceDeclarationProviderMock.VerifyAllExpectations();
_adviceComposerMock.VerifyAllExpectations();
_weaverMock.VerifyAllExpectations();
}
