internal UnorderedCallAssertion(FakeManager fakeManager, ICallMatcher matcher, Action<IOutputWriter> callDescriber, CallCountConstraint callCountConstraint)
{
this.fakeManager = fakeManager;
this.matcher = matcher;
this.callDescriber = callDescriber;
this.callCountConstraint = callCountConstraint;
}
private UnorderedCallAssertion MustHaveHappened(CallCountConstraint callCountConstraint)
{
var asserter = this.asserterFactory.Invoke(this.Calls, this.manager.GetLastRecordedSequenceNumber());
asserter.AssertWasCalled(this.Matcher.Matches, this.RuleBeingBuilt.WriteDescriptionOfValidCall, callCountConstraint);
return(new UnorderedCallAssertion(this.manager, this.Matcher, this.RuleBeingBuilt.WriteDescriptionOfValidCall, callCountConstraint));
}
public void Exception_message_should_not_contain_matching_call_when_call_is_recorded_after_checking_count()
{
var asserter = this.CreateAsserter();
// This will cause the call to be recorded after checking the count
var callCountConstraintThatSimulatesALateArrivingCall = new CallCountConstraint(n => { this.StubCalls(1); return(false); }, "no match");
var exception = Record.Exception(() =>
asserter.AssertWasCalled(x => true, outputWriter => { }, callCountConstraintThatSimulatesALateArrivingCall));
exception.Should().BeAnExceptionOfType <ExpectationException>()
.And.Message.Should().Contain("no calls were made to the fake object.");
}
