public void Can_parse_named_states(string xmlText)
{
var solver = Solver.Empty
.WithState("LeftCenter", SingleColorState.Create("Left", "Blue"))
.WithState("LeftDown", EdgeState.Create("LeftDown", "Blue", "White"));
var andState = Assert.IsType <AndState>(
StateParser.Parse(null, null, new XElement("State", xmlText), solver).State);
Assert.Collection(
andState.States,
state => Assert.Equal(Location.Left, ((SingleColorState)state).Location),
state => Assert.Equal(Location.LeftDown, ((EdgeState)state).Location));
}
public void Can_parse_named_states_in_Or_elements(string state1, string state2)
{
var solver = Solver.Empty
.WithState("LeftCenter", SingleColorState.Create("Left", "Blue"))
.WithState("LeftDown", EdgeState.Create("LeftDown", "Blue", "White"));
var xml =
new XElement(
"State",
new XElement(
"Or",
new XElement("State", state1),
new XElement("State", state2)));
var orState = Assert.IsType <OrState>(
StateParser.Parse(null, null, xml, solver).State);
Assert.Collection(
orState.States,
state => Assert.Equal(Location.Left, ((SingleColorState)state).Location),
state => Assert.Equal(Location.LeftDown, ((EdgeState)state).Location));
}
public void EdgeOrFlipped_returns_false_if_either_color_is_incorrect(string color1, string color2)
{
var state = EdgeState.Create("LeftFront*", color1, color2);
Assert.False(state.Matches(Puzzle.Solved));
}
public void True_if_both_colors_are_correct()
{
var state = EdgeState.Create("LeftFront", "Blue", "Red");
Assert.True(state.Matches(Puzzle.Solved));
}
public void EdgeOrFlipped_returns_true_if_both_colors_are_correct(string color1, string color2)
{
var state = EdgeState.Create("LeftFront*", color1, color2);
Assert.True(state.Matches(Puzzle.Solved));
}
