public void BackToRecordProblem()
{
IIntf1 i1 = (IIntf1)mMocks.StrictMock(typeof(IIntf1));
using (mMocks.Ordered())
{
i1.A();
using (mMocks.Unordered())
{
i1.B();
i1.C();
LastCall.Repeat.Times(1, 2);
}
}
mMocks.ReplayAll();
i1.A();
i1.C();
i1.B();
mMocks.VerifyAll();
mMocks.BackToRecord(i1);
i1.A();
i1.B();
mMocks.Replay(i1);
i1.A();
i1.B();
mMocks.Verify(i1);
}
public void TestNonVirtualEntrypoint()
{
IIntf1 i1 = CreateAndConfigureMock();
i1.NonVirtualGo();
i1.VerifyAllExpectations();
}
public void TestNonVirtualEntrypoint()
{
IIntf1 i1 = CreateAndConfigureMock();
mMocks.ReplayAll();
i1.NonVirtualGo();
mMocks.VerifyAll();
}
private IIntf1 CreateAndConfigureMock()
{
IIntf1 i1 = (IIntf1)MockRepository.Partial <Cls1>();
i1.Expect(x => x.A());
i1.Expect(x => x.B());
i1.Expect(x => x.A());
return(i1);
}
private IIntf1 CreateAndConfigureMock()
{
IIntf1 i1 = (IIntf1)MockRepository.Partial <Cls1>();
i1.SetUnexpectedBehavior(UnexpectedCallBehaviors.BaseOrDefault);
i1.Expect(x => x.A());
i1.Expect(x => x.B());
i1.Expect(x => x.A());
return(i1);
}
private IIntf1 CreateAndConfigureMock()
{
IIntf1 i1 = (IIntf1)mMocks.PartialMock(typeof(Cls1));
using (mMocks.Ordered())
{
using (mMocks.Unordered())
{
i1.A();
i1.B();
}
i1.A();
}
return(i1);
}
static void TestIntf1(IIntf1 o, int expected) => AssertEqual(expected, o.GetValue());
