public string Map(ApproachCheckResult approachCheckResult)
{
string approachCheckResultMapped;
switch (approachCheckResult)
{
case ApproachCheckResult.Clash:
approachCheckResultMapped = ClashMessage;
break;
case ApproachCheckResult.Out:
approachCheckResultMapped = OutMessage;
break;
default:
approachCheckResultMapped = OkMessage;
break;
}
return(approachCheckResultMapped);
}
private static void Given_A_Landing_Strategy_And_A_Position_Out_Of_The_Landing_Platform_When_Checking_A_Landing_Position(int positionXRocketTwo, int positionYRocketTwo)
{
// Arrange
const int positionXRocketOne = 10;
const int positionYRocketOne = 10;
const ApproachCheckResult expectedResult = ApproachCheckResult.Out;
var rocketOneId = GuidGenerator.Create(1);
var positionRocketOne = new Position(positionXRocketOne, positionYRocketOne);
var rocketTwoId = GuidGenerator.Create(2);
var positionRocketTwo = new Position(positionXRocketTwo, positionYRocketTwo);
var platformDimension = new Dimension(10, 10, 2, 2);
var sut = new ZartisExerciseStrategy();
sut.CheckApproach(rocketOneId, positionRocketOne, platformDimension);
// Act
var result = sut.CheckApproach(rocketTwoId, positionRocketTwo, platformDimension);
// Assert
result.Should().Be(expectedResult);
}
protected override void Given()
{
_sut = new ApproachCheckResultMapper();
_approachCheckResult = ApproachCheckResult.Clash;
_expectedMessage = "clash";
}
protected override void Given()
{
_sut = new ApproachCheckResultMapper();
_approachCheckResult = ApproachCheckResult.Out;
_expectedMessage = "out of platform";
}
protected override void Given()
{
_sut = new ApproachCheckResultMapper();
_approachCheckResult = ApproachCheckResult.Ok;
_expectedMessage = "ok for landing";
}
