public MazeProblemSolver()
{
var mirrorService = new MirrorService();
_mazeService = new MazeService(mirrorService);
_lazerService = new LazerService();
}
public SettingsProvider(IMazeService mazeService, IAlgorithmsHandler algorithmsHandler, GridConfigurationParameters mazeParameters)
{
width = mazeParameters.Width;
height = mazeParameters.Height;
algorithms = algorithmsHandler.GetAvailableAlgorithmNames();
metricsNames = MetricExtensions.AvailableNames();
this.mazeService = mazeService;
}
public MazeController(IMazeService mazeService)
{
this.mazeService = mazeService;
}
public MazeServiceTests()
{
_mazeService = new MazeService(_mockMazeRepo.Object, _mockRoomTyeRepo.Object);
}
public MazeController(IMazeService service)
{
this._service = service;
}
public MazeController(IMazeService mazeService, IMapper mapper)
{
this.mazeService = mazeService;
this.mapper = mapper;
}
/// <summary>
/// Constructs the maze controller
/// </summary>
public MazeController(IMazeService recursiveBacktrackingService)
{
_mazeService = recursiveBacktrackingService;
}
public ShowApplication(IMazeService mazeService)
{
_mazeService = mazeService;
}
public MazeController(IMazeService mazeIntegrationService, IMapper mapper)
{
_mazeIntegrationService = mazeIntegrationService;
_mapper = mapper;
}
public void SetUp()
{
_mazeService = Substitute.For <IMazeService>();
_sut = new ShowApplication(_mazeService);
_getShowRequest = new GetShowRequest();
}
public HomeController(IMazeService mazeService)
{
MazeService = mazeService;
}
public MazeRunnerService(IMazeService mazeService)
{
this.MazeService = mazeService;
}
