public void Not_Throw_Exception_When_Provided_With_Recievers()
{
const CardinalDirection anyCardinalDirection = CardinalDirection.South;
var position = new Position(0, 0);
var mockRover = new Mock <IRover>();
var mockLandingSurface = new Mock <ILandingSurface>();
var landingSurfaceSizeCommand = new RoverDeployCommand(position, anyCardinalDirection);
Assert.DoesNotThrow(() =>
landingSurfaceSizeCommand.SetReceivers(mockRover.Object, mockLandingSurface.Object));
}
public void Accepts_Receiver_arguments()
{
const CardinalDirection anyCardinalDirection = CardinalDirection.South;
var anyPoint = new Point(0, 0);
var mockRover = new Mock <IRover>();
var mockLandingSurface = new Mock <ILandingSurface>();
var landingSurfaceSizeCommand = new RoverDeployCommand(anyPoint, anyCardinalDirection);
Assert.DoesNotThrow(() =>
landingSurfaceSizeCommand.SetReceivers(mockRover.Object, mockLandingSurface.Object));
}
public void Call_Rover_Deploy_When_Command_Executed()
{
const CardinalDirection expectedCardinalDirection = CardinalDirection.North;
var expectedPosition = new Position(0, 0);
var mockRover = new Mock <IRover>();
var mockLandingSurface = new Mock <ILandingSurface>();
var roverDeployCommand = new RoverDeployCommand(expectedPosition, expectedCardinalDirection);
roverDeployCommand.SetReceivers(mockRover.Object, mockLandingSurface.Object);
roverDeployCommand.Execute();
mockRover.Verify(x =>
x.Deploy(mockLandingSurface.Object, expectedPosition, expectedCardinalDirection), Times.Once());
}
