public void AssignmentXUpStream()
{
var x = new WTF.TypeProblem2(new TestScopeConverter());
var m1 = x.CreateMember(x.Root, new NameKey("m1"), new TestMemberConverter(new NameKey("m1")));
var m2 = x.CreateMember(x.Root, new NameKey("m2"), new TestMemberConverter(new NameKey("m2")));
var m3 = x.CreateMember(x.Root, new NameKey("m3"), new TestMemberConverter(new NameKey("m3")));
var m4 = x.CreateMember(x.Root, new NameKey("m4"), new TestMemberConverter(new NameKey("m4")));
x.CreateHopefulMember(m4, new NameKey("x"), new TestMemberConverter(new NameKey("x")));
var m5 = x.CreateMember(x.Root, new NameKey("m5"), new TestMemberConverter(new NameKey("m5")));
x.CreateHopefulMember(m5, new NameKey("y"), new TestMemberConverter(new NameKey("y")));
m1.AssignTo(m3);
m2.AssignTo(m3);
m3.AssignTo(m4);
m3.AssignTo(m5);
var solution = x.Solve(new TestExplictTypeConverter());
HasCount(2, MemberToType(solution.GetMember(m1).GetValue()));
HasCount(2, MemberToType(solution.GetMember(m2).GetValue()));
HasCount(2, MemberToType(solution.GetMember(m3).GetValue()));
HasCount(1, MemberToType(solution.GetMember(m4).GetValue()));
HasCount(1, MemberToType(solution.GetMember(m5).GetValue()));
}
public void AddType()
{
var x = new WTF.TypeProblem2(new TestScopeConverter());
var hello = x.CreateType(x.Root, new NameKey("Hello"), new TestExplictTypeConverter());
var hello_x = x.CreateMember(hello, new NameKey("x"), new TestMemberConverter(new NameKey("x")));
var hello_y = x.CreateMember(hello, new NameKey("y"), new TestMemberConverter(new NameKey("y")));
var solution = x.Solve(new TestExplictTypeConverter());
var resultHello = solution.GetExplicitType(hello).GetValue();
HasCount(2, resultHello);
HasMember(resultHello, new NameKey("x"));
HasMember(resultHello, new NameKey("y"));
}
public void AddMethod()
{
var x = new WTF.TypeProblem2(new TestScopeConverter());
var hello = x.CreateType(x.Root, new NameKey("hello"), new TestExplictTypeConverter());
var hello_x = x.CreateMember(hello, new NameKey("x"), new TestMemberConverter(new NameKey("x")));
var hello_y = x.CreateMember(hello, new NameKey("y"), new TestMemberConverter(new NameKey("y")));
var input = x.CreateValue(x.Root, new NameKey("hello"), new TestValueConverter());
var method = x.CreateMethod(x.Root, "input", new TestMethodConverter(), new TestMemberConverter(new NameKey("input")), new TestMemberConverter(new NameKey("result")));
var input_x = x.CreateHopefulMember(method.Input(), new NameKey("x"), new TestMemberConverter(new NameKey("x")));
var input_y = x.CreateHopefulMember(method.Input(), new NameKey("y"), new TestMemberConverter(new NameKey("y")));
var method_x = x.CreateMember(method, new NameKey("x"), new TestMemberConverter(new NameKey("x")));
var method_y = x.CreateMember(method, new NameKey("y"), new TestMemberConverter(new NameKey("y")));
input_x.AssignTo(method_x);
input_y.AssignTo(method_y);
method.Input().AssignTo(method.Returns());
input.AssignTo(method.Input());
var result = x.Solve(new TestExplictTypeConverter());
var methodResult = result.GetMethod(method).GetValue();
HasCount(4, methodResult);
HasMember(methodResult, new NameKey("x"));
HasMember(methodResult, new NameKey("y"));
var inputResult = MemberToType(HasMember(methodResult, new NameKey("input")));
HasCount(2, inputResult);
HasMember(inputResult, new NameKey("x"));
HasMember(inputResult, new NameKey("y"));
var helloResult = result.GetExplicitType(hello).GetValue();
HasCount(2, helloResult);
HasMember(helloResult, new NameKey("x"));
HasMember(helloResult, new NameKey("y"));
// things don't flow downstream
var methodReturns = MemberToType(result.GetMember(method.Returns()).GetValue());
HasCount(0, methodReturns);
}
public void AssignmentMutual()
{
var x = new WTF.TypeProblem2(new TestScopeConverter());
var m1 = x.CreateMember(x.Root, new NameKey("m1"), new TestMemberConverter(new NameKey("m1")));
x.CreateHopefulMember(m1, new NameKey("x"), new TestMemberConverter(new NameKey("x")));
var m2 = x.CreateMember(x.Root, new NameKey("m2"), new TestMemberConverter(new NameKey("m2")));
x.CreateHopefulMember(m2, new NameKey("y"), new TestMemberConverter(new NameKey("y")));
m1.AssignTo(m2);
m2.AssignTo(m1);
var solution = x.Solve(new TestExplictTypeConverter());
HasCount(2, MemberToType(solution.GetMember(m1).GetValue()));
HasCount(2, MemberToType(solution.GetMember(m2).GetValue()));
}