public void GoalAndEndShouldHaveCorrectTiles()
{
SetUpSuccessfulSequence();
var adder = new GoalAndStartAdder();
adder.ImproveMap(mapMock.Object, randomMock.Object);
mapMock.Verify(foo => foo.SetTile(It.IsAny <Vector2Int>(), It.IsAny <GoalTile>()));
mapMock.Verify(foo => foo.SetTile(It.IsAny <Vector2Int>(), It.IsAny <StartTile>()));
}
public void GoalAndEndShouldBeSet()
{
SetUpSuccessfulSequence();
var adder = new GoalAndStartAdder();
adder.ImproveMap(mapMock.Object, randomMock.Object);
mapMock.VerifySet(foo => foo.Goal = It.IsAny <Vector2Int>());
mapMock.VerifySet(foo => foo.Start = It.IsAny <Vector2Int>());
}
public void GoalAndEndShouldNotBeInSameLocation()
{
SetUpSuccessfulSequence();
var startLocation = new Vector2Int(int.MaxValue, int.MaxValue);
var goalLocation = new Vector2Int(int.MaxValue, int.MaxValue);
mapMock.SetupSet(h => h.Start = It.IsAny <Vector2Int>()).Callback <Vector2Int>(r => startLocation = r);
mapMock.SetupSet(h => h.Goal = It.IsAny <Vector2Int>()).Callback <Vector2Int>(r => goalLocation = r);
var adder = new GoalAndStartAdder();
adder.ImproveMap(mapMock.Object, randomMock.Object);
Assert.AreNotEqual(startLocation, goalLocation);
}
