public SettingsPageModel()
{
_robotService = FreshIOC.Container.Resolve <IRobotService>();
_barmanService = FreshIOC.Container.Resolve <IBarmanService>();
_agvService = FreshIOC.Container.Resolve <IAgvService>();
_isRobotInRelax = true;
}
public DownloadCardSWDestinyDBController(IRequestService requestService, IStatusService statusService,
IRobotService robotService, ISiteService siteService,
IDownloadCardSWDestinyDBExecutor executor) : base(requestService, statusService,
robotService, siteService, executor)
{
_robotService = robotService;
_siteService = siteService;
}
public CrawlerBaseController(IRequestService requestService,
IStatusService statusService, IRobotService robotService,
ISiteService siteService, ICrawlerBaseExecutor executor)
{
_requestService = requestService;
_statusService = statusService;
_robotService = robotService;
_siteService = siteService;
_executor = executor;
}
public RobotController(
IRobotService robotService,
IBackgroundJobClient client,
IUserService userService,
IMapper mapper) : base(mapper)
{
_robotService = robotService;
_userService = userService;
_client = client;
}
public BarmanService()
{
_robotService = FreshIOC.Container.Resolve <IRobotService>();
_databaseService = FreshIOC.Container.Resolve <IJsonDatabaseService>();
_bottleTokenSource = new CancellationTokenSource();
_agvTokenSource = new CancellationTokenSource();
Speed = 60;
SelectedBottle = new DrinksPageItem
{
DrinkPosition = DrinkPosition.First
};
BaseCupPosition = _databaseService.GetBaseCupPosition();
}
public RobotQueries(IRobotService robotService)
{
FieldAsync <ListRobotsQueryModelType>(
SEARCH_REQUEST_ENDPOINT,
"Returns a paginated list of Robots",
new QueryArguments(
new QueryArgument <NonNullGraphType <PagedRequestType> > {
Name = PAGINATION_ARGUMENT_NAME, Description = PagedRequestType.Description
},
new QueryArgument <NonNullGraphType <OrderedRequestType> > {
Name = ORDERING_ARGUMENT_NAME, Description = OrderedRequestType.Description
},
new QueryArgument <NonNullGraphType <FilteredRequestType <Robot> > > {
Name = FILTERING_ARGUMENT_NAME, Description = FilteredRequestType <Robot> .Description
}
),
async context =>
{
var pagination = context.GetArgument <Pagination>(PAGINATION_ARGUMENT_NAME);
var ordering = context.GetArgument <Ordering>(ORDERING_ARGUMENT_NAME);
var filtering = context.GetArgument <RobotFilter>(FILTERING_ARGUMENT_NAME);
var(totalCount, items) = await robotService.SearchRobotAsync(pagination, ordering, filtering);
try
{
return(new ListResponse <Robot>
{
TotalCount = totalCount,
Items = items
});
}
catch (Exception)
{
context.Errors.Add(new ExecutionError("Server Error"));
return(null);
}
}
);
}
/// <summary>
/// Reads the command input from a user and decides which action to take
/// </summary>
/// <param name="boardName"></param>
/// <param name="robotService"></param>
/// <returns></returns>
private static Action ReadCommand(string boardName, IRobotService robotService)
{
var command = Console.ReadLine().ToLower();
switch (command)
{
case string comm when comm.Contains("place"):
var commandVariables = command.Substring(6, command.Length - 6);
var variables = commandVariables.Split(',');
if (variables.Length != 3)
{
break;
}
var xSuccess = int.TryParse(variables[0], out var x);
var ySuccess = int.TryParse(variables[1], out var y);
var fSuccess = Enum.TryParse <Direction>(variables[2].ToUpper(), out var direction);
if (!xSuccess || !ySuccess || !fSuccess)
{
break;
}
return(() => robotService.PlaceRobot(boardName, new Vector2(x, y), direction));
case "move":
return(() => robotService.MoveForward(boardName));
case "left":
return(() => robotService.Rotate(boardName, RotateDirection.LEFT));
case "right":
return(() => robotService.Rotate(boardName, RotateDirection.RIGHT));
case "report":
return(() => { Console.WriteLine(robotService.ReportPosition(boardName)); });
}
return(() => Console.WriteLine("Invalid input please try again"));
}
public DataInitializer(IRobotService robotService)
{
_robotService = robotService;
}
public WarService(IRobotService robotService)
{
_robotService = robotService;
}
public BindRobotHandler(IRobotService robotService)
{
_robotService = robotService;
}
public RobotController(IRobotService robotService)
{
this.robotService = robotService;
}
/* It's always good practice to code against the interface. It allows us to test our code properly because we can mock the interfaces.
* I am proposing that we use Dependency Injection pattern. As already mentioned above, our code will be more testable. We also going to achieve a more readability
* along side that, our code can also be reusable
* With Dependency Injection, we don't have to instatiate the services on the constructors, the IoC takes car of that. we can pass everything as interface.
*
* I would also have a factory pattern to get the Parts for either Robot or Car. This would help us clean this class a little bit more because we'd remove the last two
* methods GetRobotPartsFor and only use the service to get the parts
*/
public Factory(IRobotService robotService, IPartsService partsService, ICarService carService)
{
_robotService = robotService;
_partsService = partsService;
_carService = carService;
}
public RobotController(IRobotService robotService, IMapper mapper)
{
_robotService = robotService;
_mapper = mapper;
}
public RobotController(HelpersManager helperManager, IRobotService robotService, IHubContext <NotificationHub> notificationHub)
{
_helpersManager = helperManager;
_robotService = robotService;
_notificationHub = notificationHub;
}
public RefreshRobotCacheFilter(HelpersManager helpersManager, IRobotService robotService)
{
_helpersManager = helpersManager;
_robotService = robotService;
}
public RobotsController(IRobotService service, ILogger <RobotsController> logger)
{
_service = service;
_logger = logger;
}
public BattleService(IRobotService robotService, ICyborgService cyborgService)
{
_robotService = robotService;
_cyborgService = cyborgService;
_randomGenerator = new Random();
}
public void SetupTests()
{
_mockCache = new Mock <ICacheService>();
_mockCache.Setup(x => x.Get <Robot>(It.IsAny <string>())).Returns(new Robot());
_robotService = new RobotService(_mockCache.Object);
}
public RobotController(IMapper mapper, IRobotService robotService)
{
_mapper = mapper;
_robotService = robotService;
}
public DriveHandler(IRobotService robotService)
{
_robotService = robotService;
}
public HomeController(IRobotService robotService)
{
_robotService = robotService;
}
public BrowseAvailableRobotsHandler(IRobotService robotService)
{
_robotService = robotService;
}
public RobotsUpdateRequestProcess(IRobotService robotService, ILogger <RobotsUpdateRequestProcess> logger)
{
m_robotService = robotService;
m_logger = logger;
}
public AdminsController(IAdminService adminService, IRobotService robotService)
{
this.adminService = adminService;
this.robotService = robotService;
}
public SearchController(IRobotService robotService, IChoreService choreService)
{
_choreService = choreService;
_robotService = robotService;
}
// remove these enums here, they should be implemented in their respective classes 'Robot' and 'Car'. Having a single responsibility class and being referenced to as a library, having it's own extension methods.
/*enum RobotType
* {
* RoboticDog,
* RoboticCat,
* RoboticDrone,
* RoboticCar
* }
*
* enum CarType
* {
* Toyota,
* Ford,
* Opel,
* Honda
* }*/
// Factory constructor is missing the ICarServiceo
public Factory(IRobotService robotService, ICarService carService)
{
// Don't instantiate new instances, use dependency inversion principle, depend on abstraction, not concreation.
_robotService = robotService;
_carService = carService;
}
public RobotController(IRobotService robotService) => _robotService = robotService;
public BindManyRobotsHandler(IRobotService robotService)
{
_robotService = robotService;
}
public RobotsController(IRobotService robotService)
{
_robotService = robotService;
}
private static Robot Robot(IRobotService robotService, Plateau plateau)
{
var robot = robotService.GetRobot(plateau);
return(robot);
}
public Application(IRobotService robotService, IOutputWriter outputWriter)
{
_robotService = robotService;
_outputWriter = outputWriter;
}