public void should_pass_both_passed_and_relayed_arguments_with_variance_conversion(RaiseWay raiseWay)
{
var expectedRelayedValue = new MemoryStream();
const string expectedPassedValue = "stringValue";
ITuple <object, IDisposable> actual = null;
// --arrange
var builder = new Builder <string, int>(OnException);
builder.DefineState(Initial).AddTransition(Event1, State1);
builder.DefineState(State1)
.OnEnter <Stream>(_ => { })
.AddTransition(Event2, State2);
builder.DefineState(State2)
.OnEnter <ITuple <object, IDisposable> >(value => actual = value);
var target = builder.Build(Initial);
target.Raise(raiseWay, Event1, expectedRelayedValue); // attach an argument to State1
// --act
target.Relaying <Stream>().Raise(raiseWay, Event2, expectedPassedValue); // pass and relay arguments to State2
// --assert
actual.Should().NotBeNull();
actual !.PassedArgument.Should().Be(expectedPassedValue);
actual.RelayedArgument.Should().Be(expectedRelayedValue);
}
public void should_pass_relayed_passed_and_tuple_arguments_depending_on_enter_type(RaiseWay raiseWay)
{
var expectedRelayed = new MemoryStream();
const string expectedPassed = "stringValue";
IDisposable actualRelayed = null;
object actualPassed = null;
ITuple <object, IDisposable> actualTuple = null;
// --arrange
var builder = new Builder <string, int>(OnException);
builder.DefineState(Initial).AddTransition(Event1, State1);
builder.DefineState(State1)
.OnEnter <MemoryStream>(_ => { })
.AddTransition(Event2, Child);
builder.DefineState(Root)
.OnEnter <object>(value => actualPassed = value);
builder.DefineState(Parent)
.AsSubstateOf(Root)
.OnEnter <ITuple <object, IDisposable> >(value => actualTuple = value);
builder.DefineState(Child)
.AsSubstateOf(Parent)
.OnEnter <IDisposable>(value => actualRelayed = value);
var target = builder.Build(Initial, true);
target.Raise(raiseWay, Event1, expectedRelayed); // attach MemoryStream to State1
// --act
target.Relaying <MemoryStream>().Raise(raiseWay, Event2, expectedPassed); // pass string and relay MemoryStream to Child
// --assert
actualPassed.Should().Be(expectedPassed);
actualRelayed.Should().Be(expectedRelayed);
actualTuple !.PassedArgument.Should().Be(expectedPassed);
actualTuple.RelayedArgument.Should().Be(expectedRelayed);
}
