public ValueType(string value1, int value2, bool value3, CustomRefType value4, ValueType2 value5)
{
_value1 = value1;
_value2 = value2;
_value3 = value3;
_value4 = value4;
_value5 = value5;
}
public void should_not_boxing_passed_value_type_arguments(RaiseWay raiseWay)
{
var expected1 = new ValueType1(389);
var expected2 = new ValueType2(659);
ValueType1 actual1 = default;
ValueType2 actual2 = default;
ITuple <ValueType2, ValueType1> actualTuple = null;
// --arrange
var builder = new Builder <string, int>(OnException);
builder.DefineState(Initial).AddTransition(Event1, State1);
builder.DefineState(State1)
.OnEnter <ValueType1>(value => { })
.AddTransition(Event2, State2);
builder.DefineState(Parent)
.OnEnter <ValueType2>(value => actual2 = value);
builder.DefineState(Child)
.AsSubstateOf(Parent)
.OnEnter <ValueType1>(value => actual1 = value);
builder.DefineState(State2)
.AsSubstateOf(Child)
.OnEnter <ITuple <ValueType2, ValueType1> >(value => actualTuple = value);
var target = builder.Build(Initial, true);
// --act
target.Raise(raiseWay, Event1, expected1); // pass to State1
target.Relaying <ValueType1>().Raise(raiseWay, Event2, expected2); // pass everywhere
// --assert
// actual.Should().Be(expected); -- this method leads boxing
actual1.Value.Should().Be(expected1.Value);
actual2.Value.Should().Be(expected2.Value);
actualTuple !.RelayedArgument.Value.Should().Be(expected1.Value);
actualTuple.PassedArgument.Value.Should().Be(expected2.Value);
}