public void MoveForwardCellTestOk()
{
var randomGeneratorService = new RandomGeneratorService();
var moveMazeCellService = new MoveMazeCellService(randomGeneratorService);
MazeCell cellToTest = new MazeCell()
{
PositionX = 5, PositionY = 5, LastDirectionMovement = (int)Direction.S
};
var resultCell = moveMazeCellService.MoveToNextCell(cellToTest, Direction.S);
Assert.IsTrue(resultCell.PositionY == cellToTest.PositionY + 1 && resultCell.PositionX == cellToTest.PositionX);
cellToTest.LastDirectionMovement = (int)Direction.N;
resultCell = moveMazeCellService.MoveToNextCell(cellToTest, Direction.N);
Assert.IsTrue(resultCell.PositionY == cellToTest.PositionY - 1 && resultCell.PositionX == cellToTest.PositionX);
cellToTest.LastDirectionMovement = (int)Direction.W;
resultCell = moveMazeCellService.MoveToNextCell(cellToTest, Direction.W);
Assert.IsTrue(resultCell.PositionY == cellToTest.PositionY && resultCell.PositionX == cellToTest.PositionX - 1);
cellToTest.LastDirectionMovement = (int)Direction.E;
resultCell = moveMazeCellService.MoveToNextCell(cellToTest, Direction.E);
Assert.IsTrue(resultCell.PositionY == cellToTest.PositionY && resultCell.PositionX == cellToTest.PositionX + 1);
}
public void CreateEntryAndExitWayPathTestOk()
{
var randomGeneratorService = new RandomGeneratorService();
//moveMazeCellService Should be mock instead the concrete class. No time to Mock
var moveMazeCellService = new MoveMazeCellService(randomGeneratorService);
var mazeSetupService = new MazeSetupService();
var generatedMaze = mazeSetupService.InitializeMaze(10, 10);
var exitWayServiceTest = new ExitWayService(moveMazeCellService, randomGeneratorService);
exitWayServiceTest.CreateEntryAndExitWayPath(10, 10, ref generatedMaze);
var entryCell = (from MazeCell cell in generatedMaze
where cell.Value == (int)MazeCellValueEnum.Entry
select cell).FirstOrDefault();
var exitCell = (from MazeCell cell in generatedMaze
where cell.Value == (int)MazeCellValueEnum.Exit
select cell).FirstOrDefault();
Assert.IsNotNull(entryCell);
Assert.IsNotNull(exitCell);
//Check exit and entry not in the same side
Assert.IsFalse((entryCell.PositionX == 0 && exitCell.PositionX == entryCell.PositionX) || (entryCell.PositionY == 0 && exitCell.PositionY == entryCell.PositionY));
Assert.IsFalse((entryCell.PositionX == 9 && exitCell.PositionX == entryCell.PositionX) || (entryCell.PositionY == 9 && exitCell.PositionY == entryCell.PositionY));
}
public void CalculateOppositeDirectionTestOk()
{
var randomGeneratorService = new RandomGeneratorService();
var moveMazeCellService = new MoveMazeCellService(randomGeneratorService);
Assert.IsTrue(moveMazeCellService.CalculateOppositeDirection(Direction.N) == Direction.S);
Assert.IsTrue(moveMazeCellService.CalculateOppositeDirection(Direction.S) == Direction.N);
Assert.IsTrue(moveMazeCellService.CalculateOppositeDirection(Direction.E) == Direction.W);
Assert.IsTrue(moveMazeCellService.CalculateOppositeDirection(Direction.W) == Direction.E);
}
public void MarkMovementMazeTestWhiteSpaceOk()
{
var randomGeneratorService = new RandomGeneratorService();
var mazeSetupService = new MazeSetupService();
var moveMazeCellService = new MoveMazeCellService(randomGeneratorService);
var generatedMaze = mazeSetupService.InitializeMaze(10, 10);
MazeCellValueEnum expectec = MazeCellValueEnum.Empty;
MazeCell nextCell = new MazeCell()
{
PositionX = 1, PositionY = 1, LastDirectionMovement = (int)Direction.S
};
var result = moveMazeCellService.ValidateAndCalculateCellMovementType(nextCell, 10, 10, 9, 9, Direction.S, MazeCellValueEnum.Empty, generatedMaze);
Assert.IsTrue(expectec == result);
}
public void NextRandomDirectionWallTestOk()
{
var randomGeneratorService = new RandomGeneratorService();
var moveMazeCellService = new MoveMazeCellService(randomGeneratorService);
var mazeSetupService = new MazeSetupService();
var generatedMaze = mazeSetupService.InitializeMaze(10, 10);
MazeCell cellToTest = new MazeCell()
{
PositionX = 5, PositionY = 5, LastDirectionMovement = (int)Direction.S
};
var resultDirection = moveMazeCellService.NextRandomDirectionWall(cellToTest, generatedMaze, Direction.N, false);
Assert.IsTrue(resultDirection != Direction.N);
cellToTest.PositionX = 1;
cellToTest.PositionY = 1;
resultDirection = moveMazeCellService.NextRandomDirectionWall(cellToTest, generatedMaze, Direction.S, false);
Assert.IsTrue(resultDirection == Direction.E);
cellToTest.PositionX = 8;
cellToTest.PositionY = 8;
resultDirection = moveMazeCellService.NextRandomDirectionWall(cellToTest, generatedMaze, Direction.N, false);
Assert.IsTrue(resultDirection == Direction.W);
cellToTest.PositionX = 1;
cellToTest.PositionY = 8;
resultDirection = moveMazeCellService.NextRandomDirectionWall(cellToTest, generatedMaze, Direction.E, false);
Assert.IsTrue(resultDirection == Direction.N);
cellToTest.PositionX = 8;
cellToTest.PositionY = 1;
resultDirection = moveMazeCellService.NextRandomDirectionWall(cellToTest, generatedMaze, Direction.W, false);
Assert.IsTrue(resultDirection == Direction.S);
}
