public void CalculateDirectionPositionViaUnitCircle_ShouloldBeInRangeOf_0_360_And_MutillesOf90(int expect, int position, char input)
{
//Act
var result = RoverUtils.CalculateDirectionPositionViaUnitCircle(position, input);
// Assert
Assert.Equal(result, expect);
}
public void ConvertPositionToCompassLetter_ShouldBeOnofCompassLetter(char expected, int input)
{
//Act
var act = RoverUtils.ConvertPositionToCompassLetter(input);
// Assert
Assert.Equal(expected, act);
}
public void ConvertCompassCharToPositon_ShouldBeInrangeInRangeOf_0_360_And_MutillesOf90(int expected, char input)
{
//Act
var act = RoverUtils.ConvertCompassCharToPositon(input);
// Assert
Assert.Equal(expected, act);
}
private void ApplyMove(Plateau plateau)
{
int nextX;
int nextY;
if (RoverUtils.IsMoveDirectiveAvailable(plateau, this, out nextX, out nextY))
{
X = nextX;
Y = nextY;
}
}
public Rover(int x, int y, char positionLetter)
{
if (x > 0 && y > 0 && InputValidator.IsInitialCommpassValid(positionLetter))
{
X = x;
Y = y;
Position = RoverUtils.ConvertCompassCharToPositon(positionLetter);
_waitindDirections = new Queue <char>();
}
else
{
throw new ArgumentException(ErrorMessages.InvalidCompassMessageAndCoordinatsMessage, "compassAndDimension");
}
}
public void IsMoveDirectiveAvailable_ShouldBeFalseWhenNextStepInPlatoDimention(int plateauX, int plateauY, int roverX, int roverY, char compass)
{
//Arrange
var plateau = new Plateau(plateauX, plateauY);
var rover = new Rover(roverX, roverY, compass);
int nextX;
int nextY;
//Act
var act = RoverUtils.IsMoveDirectiveAvailable(plateau, rover, out nextX, out nextY);
// Assert
Assert.False(act);
}
private void ApplyDirecitonDirective(char directive)
{
Position = RoverUtils.CalculateDirectionPositionViaUnitCircle(Position, directive);
}
