private List<AirConditioner> Filter(List<ObjectId> selBls) { List<AirConditioner> airConds = new List<AirConditioner>(); foreach (var idBlRef in selBls) { using (var blRef = idBlRef.Open( OpenMode.ForRead, false, true)as BlockReference) { var blName = blRef.GetEffectiveName(); if (blName.Equals("АР_Корзина_Кондиционера", StringComparison.OrdinalIgnoreCase) ) { var airCond = new AirConditioner(blRef); airConds.Add(airCond); if (!string.IsNullOrEmpty(airCond.Error)) { Inspector.AddError($"Ошибки в блоке кондиционера - {airCond.Error}", blRef, System.Drawing.SystemIcons.Warning); } } } } if (airConds.Count==0) { throw new Exception("Не найдены блоки кондиционеров 'АР_Корзина_Кондиционера'"); } return airConds; }
private static void TuneCar(Car car) { ITuning air = new AirConditioner(car); air.AddTuning(); ITuning alarm = new AlarmSystem(car); alarm.AddTuning(); ITuning park = new Parctronic(car); park.AddTuning(); }
public ShoppingCart FillCartWithAirConditioner(string airConditionerId, AirConditioner airConditioner, User currentUser, string userId, decimal?newPriceAirConditioner) { return(new ShoppingCart { AirConditionerId = airConditionerId, AirConditioner = airConditioner, User = currentUser, UserId = userId, TotalPrice = newPriceAirConditioner, }); }
static void Main(string[] args) { AirConditioner .InitializeFactories() .ExecuteCreation(Actions.Warming, 22.5) .Operate(); AirConditioner .InitializeFactories() .ExecuteCreation(Actions.Cooling, 5.0) .Operate(); }
private AirConditionerDto GenerateAirCondDtoFromModel(AirConditioner airConditioner) { var propertyInfos = airConditioner.GetType().GetProperties(BindingFlags.Instance | BindingFlags.Public).Where(prop => prop.IsDefined(typeof(OrderAttribute))); propertyInfos = propertyInfos.OrderBy(info => info.GetCustomAttribute <OrderAttribute>().Order); object[] props = propertyInfos.Select(info => info.GetValue(airConditioner)).ToArray(); Type airConType = Type.GetType("ACTester.ViewModels." + airConditioner.GetType().Name + "Dto"); ConstructorInfo ctorInfo = airConType.GetConstructors(BindingFlags.Public | BindingFlags.Instance).FirstOrDefault(); AirConditionerDto air = (AirConditionerDto)ctorInfo.Invoke(props); return(air); }
/// <summary> /// Searches for an air conditioner by model and manufacturer. /// </summary> /// <param name="model">The model of the searched air conditioner.</param> /// <param name="manufacturer">The manufacturer name of the searched air conditioner.</param> /// <returns>Returns information about the found air conditioner, otherwise throws an exception.</returns> /// <exception cref="NonExistantEntryException"></exception> private string FindAirConditioner(string model, string manufacturer) { AirConditioner airConditioner = this.airConditionalTesterSystemEngine.Database.GetAirConditioner(manufacturer, model); if (airConditioner == null) { throw new NonExistantEntryException(Constants.NonExistingEntryMessage); } string message = airConditioner.ToString(); return(message); }
private void comboBoxACMODE_DropDownClosed(object sender, object e) { if (comboBoxACMode.SelectedItem != null) { String acmodestr = comboBoxACMode.SelectedItem as String; //textBlock1.Text = acmodestr; BitmapImage bmp = new BitmapImage(); String ACmodeStr = comboBoxACMode.SelectedItem as String; String picstr; if (ACmodeStr == COOL) { picstr = "ac_mode_cool.png"; Task.Factory.StartNew(() => { AirConditioner.setACMode(AirConditioner.AC_MODE.COLD); }); } else if (ACmodeStr == WARM) { picstr = "ac_mode_hot.png"; Task.Factory.StartNew(() => { AirConditioner.setACMode(AirConditioner.AC_MODE.WARM); }); } else if (ACmodeStr == VENTILATE) { picstr = "ac_mode_ventilate.png"; Task.Factory.StartNew(() => { AirConditioner.setACMode(AirConditioner.AC_MODE.VENTILATION); }); } else { picstr = "ac_mode_dehydrate.png"; Task.Factory.StartNew(() => { AirConditioner.setACMode(AirConditioner.AC_MODE.DEHYDRATION); }); } bmp.UriSource = new Uri("ms-appx:///Assets/" + picstr, UriKind.RelativeOrAbsolute); Img_ACMode.Source = bmp; Img_ACMode.Stretch = Stretch.Fill; changeACONOFFIMAGE(true); } }
public override void ConfigureBuildingTemplate(GameObject go, Tag prefab_tag) { go.AddOrGet <LoopingSounds>(); AirConditioner airConditioner = go.AddOrGet <AirConditioner>(); airConditioner.temperatureDelta = -14f; airConditioner.maxEnvironmentDelta = -50f; Storage storage = BuildingTemplates.CreateDefaultStorage(go, false); storage.showInUI = true; ConduitConsumer conduitConsumer = go.AddOrGet <ConduitConsumer>(); conduitConsumer.conduitType = ConduitType.Gas; conduitConsumer.consumptionRate = 1f; }
public void ThreadProcUpDownAC(bool isReadyDown) { if (isReadyDown == true) { AirConditioner.downTemperature(); } else { AirConditioner.upTemperature(); } context.Post((s) => { //可以在此访问UI线程中的对象,因为代理本身是在UI线程的上下文中执行的 atmosphereData.SetTemperature = AirConditioner.temperature.ToString(); }, null); }
public string FindAllReportsByManufacturer(string manufacturer) { IList <Report> reports = AirConditioner.GetReportsByManufacturer(manufacturer); if (reports.Count == 0) { return(Constants.NoReports); } reports = reports.OrderBy(x => x.Mark).ToList(); StringBuilder reportsPrint = new StringBuilder(); reportsPrint.AppendLine($"Reports from {manufacturer}:"); reportsPrint.Append(string.Join(Environment.NewLine, reports)); return(reportsPrint.ToString()); }
public static void Test() { ChinaFactory factory = new HaierFactory(); AirConditioner ac1 = factory.CreateAircondition(); Fridge f1 = factory.CreateFridge(); Console.WriteLine(ac1.Name); Console.WriteLine(f1.Name); ChinaFactory greeFactory = new GreeFactory(); AirConditioner ac2 = greeFactory.CreateAircondition(); Fridge f2 = greeFactory.CreateFridge(); Console.WriteLine(ac2.Name); Console.WriteLine(f2.Name); }
public StationViewModel() { light = new Light(); blinds = new Blinds(); air = new AirConditioner(); Modules = new List <ITurnOnOffModule>(); Modules.Add(light); Modules.Add(blinds); Modules.Add(air); term = new Termomethre(); humi = new HumiditySensor(); ligsens = new LightSensor(); disp = new Display(); }
public string TestAirConditioner(string manufacturer, string model) { AirConditioner airConditioner = this.GetAirConditionerByManufacturerAndModel(manufacturer, model); //AirConditionerDTO airConditionerDTO = this.GetAirConditionerDTOFromModel(airConditioner); AirConditionerDTO airConditionerDTO = Mapper.Map <AirConditionerDTO>(airConditioner); var mark = airConditionerDTO.Test() ? Mark.Passed : Mark.Failed; this.Database.ReportRepo.Add( new Report() { Manufacturer = manufacturer, Model = model, Mark = mark }); this.Database.Save(); return(string.Format(Constants.TestAirConditioner, model, manufacturer)); }
public override void ConfigureBuildingTemplate(GameObject go, Tag prefab_tag) { go.AddOrGet <LoopingSounds>(); AirConditioner airConditioner = go.AddOrGet <AirConditioner>(); airConditioner.temperatureDelta = -14f; airConditioner.maxEnvironmentDelta = -50f; airConditioner.isLiquidConditioner = true; ConduitConsumer conduitConsumer = go.AddOrGet <ConduitConsumer>(); conduitConsumer.conduitType = ConduitType.Liquid; conduitConsumer.consumptionRate = 10f; Storage storage = BuildingTemplates.CreateDefaultStorage(go, false); storage.showInUI = true; storage.capacityKg = 2f * conduitConsumer.consumptionRate; storage.SetDefaultStoredItemModifiers(StoredItemModifiers); }
public bool InsertAirConditioner(AirConditioner ACobj) { try { DataContext.AirConditioners.Add(ACobj); int result = DataContext.SaveChanges(); } catch (DbUpdateException ex) { dc.PCErrorLoggers.Add(new PCErrorLogger() { ErrorDate = DateTime.Now, ErrorMessage = ex.Message, ErrorSource = ex.Source }); dc.SaveChanges(); throw new DbUpdateException("Please enter valid Foreign keys"); } catch (System.FormatException fe) { dc.PCErrorLoggers.Add(new PCErrorLogger() { ErrorDate = DateTime.Now, ErrorMessage = fe.Message, ErrorSource = fe.Source }); dc.SaveChanges(); throw new System.FormatException(); } catch (Exception q) { dc.PCErrorLoggers.Add(new PCErrorLogger() { ErrorDate = DateTime.Now, ErrorMessage = q.Message, ErrorSource = q.Source }); dc.SaveChanges(); throw new Exception("Incorrect Format"); } return(true); }
/// <summary> /// 宏命令 /// </summary> static void MacorCommand() { Console.WriteLine($"命令模式 -> 宏命令{Environment.NewLine}-------------------------------------------"); Television tv = new Television(); //电视对象(命令接收者) AirConditioner ac = new AirConditioner(); //空调对象(命令接收者) TvOpenCommand tvOpenCommand = new TvOpenCommand(tv); //电视开机命令 AcOpenCommand acOpenCommand = new AcOpenCommand(ac); //空调开机命令 MacorCommand macorCommand = new MacorCommand(); //宏命令 macorCommand.Commands.Add(tvOpenCommand); //设置宏命令 macorCommand.Commands.Add(acOpenCommand); //设置宏命令 Button button = new Button(macorCommand); //创建宏按钮 button.Click(); //执行命令 Console.ReadKey(); }
public string TestAirConditioner(string manufacturer, string model) { AirConditioner airConditioner = this.GetAirConditionerByManufacturerAndModel(manufacturer, model); AirConditionerDto air = GenerateAirCondDtoFromModel(airConditioner); air.Model = airConditioner.Model; air.Manufacturer = airConditioner.Manufacturer; var mark = air.Test() ? Mark.Passed : Mark.Failed; this.database.ReportsRepo.Add(new Report() { Manufacturer = manufacturer, Model = model, Mark = mark }); this.database.Save(); return(string.Format(Constants.TestAirConditioner, model, manufacturer)); }
/// <summary> /// Registers the stationary air conditioner with the parameters given. /// It adds the air conditioner to the enumeration of lists. /// </summary> /// <param name="manufacturer">Manufacturer name</param> /// <param name="model">Model name</param> /// <param name="energyEfficiencyRating">The Energy Efficiency Rating of the air conditioner.</param> /// <param name="powerUsage">The Power Usage of the air conditioner</param> /// <returns>Registered Air Conditioner with Manufacturer and Model names.</returns> public string RegisterStationaryAirConditioner(string manufacturer, string model, string energyEfficiencyRating, int powerUsage) { EnergyEfficiencyRating rating; try { rating = (EnergyEfficiencyRating)Enum.Parse(typeof(EnergyEfficiencyRating), energyEfficiencyRating); } catch (ArgumentException ex) { throw new ArgumentException(Constants.Incorrectrating, ex); } if (manufacturer.Length < Constants.ManufacturerMinLength) { throw new ArgumentException(string.Format(Constants.IncorrectPropertyLength, "Manufacturer", Constants.ManufacturerMinLength)); } if (model.Length < Constants.ModelMinLength) { throw new ArgumentException(string.Format(Constants.IncorrectPropertyLength, "Model", Constants.ModelMinLength)); } if (powerUsage <= 0) { throw new ArgumentException(string.Format(Constants.Nonpositive, "Power Usage")); } if (Controller.GetAirConditionersCount() != 0) { if (Controller.AirConditioners.Any(airCon => airCon.Manufacturer == manufacturer && airCon.Model == model)) { throw new DuplicateEntryException(Constants.Duplicate); } } AirConditioner airConditioner = new AirConditioner(manufacturer, model, rating, powerUsage); Controller.AirConditioners.Add(airConditioner); return(string.Format(Constants.Register, airConditioner.Model, airConditioner.Manufacturer)); }
public IActionResult Command([FromBody] AirConditioner airConditioner) { if (airConditioner == null) { return(BadRequest()); } if (!db.AirConditioners.Any(x => x.Name == airConditioner.Name)) { return(NotFound()); } var resultAirConditioner = db.AirConditioners.FirstOrDefault(x => x.Name == airConditioner.Name); resultAirConditioner.Power = airConditioner.Power; resultAirConditioner.Mode = airConditioner.Mode; resultAirConditioner.Temperature = airConditioner.Temperature; db.Update(resultAirConditioner); db.SaveChanges(); return(Ok(resultAirConditioner)); }
public bool DeleteAirConditioner(string pID) { try { AirConditioner oldAC = (from ac in DataContext.AirConditioners where ac.ProductID == pID select ac).First(); DataContext.AirConditioners.Remove(oldAC); int result = DataContext.SaveChanges(); if (result > 0) { return(true); } else { return(false); } } catch (DbUpdateException) { throw new DbUpdateException("Enter proper Primary key"); } }
public string TestAirConditioner(string manufacturer, string model) { if (Controller.GetReportsCount() != 0) { if (Controller.Reports.Any(rep => rep.Manufacturer == manufacturer && rep.Model == model)) { throw new DuplicateEntryException(Constants.Duplicate); } } if (Controller.GetAirConditionersCount() != 0) { if (Controller.AirConditioners.Any(airCon => airCon.Manufacturer == manufacturer && airCon.Model == model)) { AirConditioner airConditioner = Controller.GetAirConditioner(manufacturer, model); var mark = airConditioner.Test(); Controller.Reports.Add(new Report(airConditioner.Manufacturer, airConditioner.Model, mark)); return(string.Format(Constants.Test, model, manufacturer)); } } return(string.Format(Constants.Nonexist)); }
public void ACTester() { // Arrange ac = new AirConditioner(); // Act bool acOnInit = ac.TurnedOn; float tempInit = ac.Temperature; string acInitString = ac.About(); string acToggleOn = ac.ToggleOn(); string acOnAbout = ac.About(); string acToggleOff = ac.ToggleOn(); ac.ToggleOn(); string raiseTemp = ac.changeTemp(79f); string maxTemp = ac.changeTemp(81f); string minTemp = ac.changeTemp(59f); ac.ToggleOn(); string failChangeTemp = ac.changeTemp(75f); // Assert Assert.AreEqual(false, acOnInit); Assert.AreEqual(78f, tempInit); Assert.AreEqual(ac.ToString() + " is currently off.", acInitString); Assert.AreEqual(ac.ToString() + " has been turned on!", acToggleOn); Assert.AreEqual(ac.ToString() + " is currently on, maintaining a temperature of " + 78 + " degrees.", acOnAbout); Assert.AreEqual(ac.ToString() + " has been turned off!", acToggleOff); Assert.AreEqual("Temperature changed to " + ac.Temperature + " degrees.", raiseTemp); Assert.AreEqual("Temperature changed to maximum: " + 80 + " degrees.", maxTemp); Assert.AreEqual("Temperature changed to mininum: " + 60 + " degrees.", minTemp); Assert.AreEqual(ac.ToString() + " is currently off. Cannot Change Temperature.", failChangeTemp); }
public string RegisterPlaneAirConditioner(string manufacturer, string model, int volumeCoverage, int electricityUsed) { if (manufacturer.Length < Constants.ManufacturerMinLength) { throw new ArgumentException(string.Format(Constants.IncorrectPropertyLength, "Manufacturer", Constants.ManufacturerMinLength)); } if (model.Length < Constants.ModelMinLength) { throw new ArgumentException(string.Format(Constants.IncorrectPropertyLength, "Model", Constants.ModelMinLength)); } if (volumeCoverage <= 0) { throw new ArgumentException(string.Format(Constants.Nonpositive, "Volume Covered")); } if (electricityUsed <= 0) { throw new ArgumentException(string.Format(Constants.Nonpositive, "Electricity Used")); } if (Controller.GetAirConditionersCount() != 0) { if (Controller.AirConditioners.Any(airCon => airCon.Manufacturer == manufacturer && airCon.Model == model)) { throw new DuplicateEntryException(Constants.Duplicate); } } AirConditioner airConditioner = new AirConditioner(manufacturer, model, volumeCoverage, electricityUsed); Controller.AirConditioners.Add(airConditioner); return(string.Format(Constants.Register, airConditioner.Model, airConditioner.Manufacturer)); }
static void Main(string[] args) { Console.WriteLine("====== Alcohol Shop ====="); Console.WriteLine(); var pesho = new Client("Pesho", "Petrov", 21); var gosho = new Client("Gosho", "Goshov", 18); var mariika = new Client("Mariika", "Petrova", 25); var canko = new Client("Canko", "Mitkov", 36); var mitko = new Client("Mitko", "Mitkov", 52); var goshka = new Client("Goshka", "Mitkova", 50); var firstClients = new List <Client>(); firstClients.Add(pesho); firstClients.Add(gosho); firstClients.Add(mariika); var secondClients = new List <Client>(); secondClients.Add(canko); secondClients.Add(mitko); secondClients.Add(goshka); var waitressPenka = new Waitress("Penka", "Penkova", 35); var waitressSuzi = new Waitress("Suzi", "Avramova", 30); var waitresses = new List <Waitress>(); waitresses.Add(waitressPenka); waitresses.Add(waitressSuzi); var table1 = new Table(3, firstClients, "Table 1"); table1.Waitress = waitressPenka; Console.WriteLine($"Avanti's table 1 waitress is {table1.Waitress.FirstName}."); table1.GetClientsNames(table1.Name); Console.WriteLine(); var table2 = new Table(3, secondClients, "Table 2"); table2.Waitress = waitressSuzi; Console.WriteLine($"Avanti's table 2 waitress is {table2.Waitress.FirstName}."); table2.GetClientsNames(table2.Name); Console.WriteLine(); var tables = new List <Table>(); tables.Add(table1); tables.Add(table2); var fridgeSamsung = new Fridge("Fridge Samsung", 4, true); fridgeSamsung.PushButtonOn(fridgeSamsung.Name); fridgeSamsung.PushButtonOff(fridgeSamsung.Name); fridgeSamsung.PushButtonOn(fridgeSamsung.Name); fridgeSamsung.ChangeDegree(true, fridgeSamsung); Console.WriteLine(); var alcoholShop = new AlcoholShop("Avanti", tables, waitresses, fridgeSamsung); var avantiLtd = new Company("Avanti LTD"); alcoholShop.Company = avantiLtd; Console.WriteLine("Alcohol shop company's name is " + alcoholShop.Company.Name + '.'); Console.WriteLine(); var adressAlcoholShop = new Address("Sofia", "Lincoln street"); alcoholShop.Address = adressAlcoholShop; Console.WriteLine($"Alcohol shop's address is {alcoholShop.Address.City}, {alcoholShop.Address.Street}."); Console.WriteLine(); var vodka = new Alcohol("Vodka", 25); var whiskey = new Alcohol("Whiskey", 159); var beer = new Alcohol("Beer", 2); var candy = new Candy("Bonbon", 5); alcoholShop.AddGood(candy); alcoholShop.AddGood(vodka); alcoholShop.AddGood(whiskey); alcoholShop.AddGood(beer); Console.WriteLine($"In {alcoholShop.Name}'s income before ---> {alcoholShop.Income} lv. " + $"Count: {alcoholShop.Goods.Count()}"); alcoholShop.Sell(beer); Console.WriteLine($"In {alcoholShop.Name}'s income after ---> {alcoholShop.Income} lv. " + $"Count: {alcoholShop.Goods.Count()}"); Console.WriteLine(); Console.WriteLine("====== Candy Shop ====="); var sellerCandyShop = new Seller("Ani", "Petkova", 21); sellerCandyShop.Sallary = 750; var airConditionerDaikin = new AirConditioner("Air conditioner Daikin", 23, false, "purple"); var candyShop = new CandyShop(sellerCandyShop, airConditionerDaikin); Console.WriteLine(); var candyLtd = new Company("Candy LTD"); candyShop.Company = candyLtd; var addressCandyShop = new Address("Sofia", "Lublyana street"); candyShop.Address = addressCandyShop; Console.WriteLine($"The address of {candyShop.Company.Name} is {candyShop.Address.City}, {candyShop.Address.Street}."); airConditionerDaikin.PushButtonOn(airConditionerDaikin.Name); airConditionerDaikin.PushButtonOff(airConditionerDaikin.Name); airConditionerDaikin.PushButtonOn(airConditionerDaikin.Name); airConditionerDaikin.ChangeDegree(false, airConditionerDaikin); Console.WriteLine(); var chocolate = new Candy("Chocolate", 1.8m); var candyBar = new Candy("Candy bar", 1.5m); var sweet = new Candy("Sweet", 2.5m); var expensiveSweet = new Candy("ExpensiveSweet", 25); candyShop.AddGood(chocolate); candyShop.AddGood(candy); candyShop.AddGood(candyBar); candyShop.AddGood(sweet); candyShop.AddGood(beer); candyShop.AddGood(expensiveSweet); Console.WriteLine($"In {candyShop.Company.Name}'s income before ---> {candyShop.Income} lv. " + $"Count: {candyShop.Goods.Count()}"); candyShop.Sell(chocolate); Console.WriteLine($"In {candyShop.Company.Name}'s income after ---> {candyShop.Income} lv. " + $"Count: {candyShop.Goods.Count()}"); Console.WriteLine(); sellerCandyShop.GetBonus(candyShop); candyShop.Sell(expensiveSweet); sellerCandyShop.GetBonus(candyShop); }
internal static void RemoveAirConditioner(AirConditioner airConditioner) { AirConditioners.Remove(airConditioner); }
internal static void AddAirConditioner(AirConditioner airConditioner) { AirConditioners.Add(airConditioner); }
/// <summary> /// Registers the stationary air conditioner with the parameters given. /// It adds the air conditioner to the enumeration of lists. /// </summary> /// <param name="manufacturer">Manufacturer name</param> /// <param name="model">Model name</param> /// <param name="energyEfficiencyRating">The Energy Efficiency Rating of the air conditioner.</param> /// <param name="powerUsage">The Power Usage of the air conditioner</param> /// <returns>Registered Air Conditioner with Manufacturer and Model names.</returns> public string RegisterStationaryAirConditioner(string manufacturer, string model, string energyEfficiencyRating, int powerUsage) { EnergyEfficiencyRating rating; try { rating = (EnergyEfficiencyRating)Enum.Parse(typeof(EnergyEfficiencyRating), energyEfficiencyRating); } catch (ArgumentException ex) { throw new ArgumentException(Constants.Incorrectrating, ex); } if (manufacturer.Length < Constants.ManufacturerMinLength) { throw new ArgumentException(string.Format(Constants.IncorrectPropertyLength, "Manufacturer", Constants.ManufacturerMinLength)); } if (model.Length < Constants.ModelMinLength) { throw new ArgumentException(string.Format(Constants.IncorrectPropertyLength, "Model", Constants.ModelMinLength)); } if (powerUsage <= 0) { throw new ArgumentException(string.Format(Constants.Nonpositive, "Power Usage")); } if (Controller.GetAirConditionersCount() != 0) { if (Controller.AirConditioners.Any(airCon => airCon.Manufacturer == manufacturer && airCon.Model == model)) { throw new DuplicateEntryException(Constants.Duplicate); } } AirConditioner airConditioner = new AirConditioner(manufacturer, model, rating, powerUsage); Controller.AirConditioners.Add(airConditioner); return string.Format(Constants.Register, airConditioner.Model, airConditioner.Manufacturer); }
public string RegisterStationaryAirConditioner(string manufacturer, string model, string energyEfficiencyRating, int powerUsage) { AirConditioner airConditioner = new AirConditioner(manufacturer, model, energyEfficiencyRating, powerUsage); MyStuff.AirConditioners.Add(airConditioner); throw new InvalidOperationException(string.Format(Constants.Register, airConditioner.Model, airConditioner.Manufacturer)); }
public async Task <IActionResult> Command(string version, string device) { AirConditionerCommand command; CancellationToken cancellationToken = new CancellationToken(); ActionResult result; ContentResult contentResult; string strCommandType; Logging.WriteDebugLog("DeviceController.Command() Client Start: {0}:{1}", HttpContext.Connection.RemoteIpAddress.ToString(), HttpContext.Connection.RemotePort.ToString()); HttpContext.Response.Headers.Add("Access-Control-Allow-Headers", new Microsoft.Extensions.Primitives.StringValues("Accept, Content-Type, Authorization, Content-Length, X-Requested-With, X-Ninja-Token")); HttpContext.Response.Headers.Add("Access-Control-Allow-Methods", new Microsoft.Extensions.Primitives.StringValues("GET,PUT,POST,DELETE,OPTIONS")); HttpContext.Response.Headers.Add("Access-Control-Allow-Origin", new Microsoft.Extensions.Primitives.StringValues("*")); AirConditioner.UpdateRequestTime(); if (!await AirConditioner.EventCommand.WaitOneAsync(_iTimeout, cancellationToken)) { return(new EmptyResult()); } command = AirConditioner.GetCommand(out strCommandType); if (strCommandType != "4" & strCommandType != "5") { result = new EmptyResult(); } else { contentResult = new ContentResult(); contentResult.ContentType = "application/json"; contentResult.StatusCode = 200; if (strCommandType == "4") { contentResult.Content = string.Format("{{\"DEVICE\":[{{\"G\":\"0\",\"V\":2,\"D\":4,\"DA\":{{\"amOn\":{0},\"tempTarget\":{1},\"fanSpeed\":{2},\"mode\":{3}}}}}]}}", command.amOn ? "true" : "false", command.tempTarget.ToString("F1"), command.fanSpeed.ToString(), command.mode.ToString() ); Logging.WriteDebugLog("DeviceController.Command() Command: {0}", contentResult.Content); } else if (strCommandType == "5") { contentResult.Content = string.Format("{{\"DEVICE\":[{{\"G\":\"0\",\"V\":2,\"D\":5,\"DA\":{{\"enabledZones\":[{0}]}}}}]}}", command.enabledZones ); Logging.WriteDebugLog("DeviceController.Command() Command: {0}", contentResult.Content); } result = contentResult; } Logging.WriteDebugLog("DeviceController.Command() Client End: {0}:{1}", HttpContext.Connection.RemoteIpAddress.ToString(), HttpContext.Connection.RemotePort.ToString()); return(result); }
public AirConditionerOff(AirConditioner ac) { this.ac = ac; }
public void RegisterStationaryAirConditioner(string manufacturer, string model, string energyEfficiencyRating, int powerUsage) { if (energyEfficiencyRating != "A" && energyEfficiencyRating != "B" && energyEfficiencyRating != "C" && energyEfficiencyRating != "D" && energyEfficiencyRating != "E") { throw new ArgumentException("Energy efficiency rating must be between \"A\" and \"E\"."); } if (powerUsage <= 0) { throw new ArgumentException("Power Usage must be a positive integer."); } CheckIfModelAlreadyExists(manufacturer, model); AirConditioner airConditioner = new AirConditioner(manufacturer, model, energyEfficiencyRating, powerUsage); Data.AirConditioners.Add(airConditioner); this.writer.Print( string.Format( "Air Conditioner model {0} from {1} registered successfully.", airConditioner.Model, airConditioner.Manufacturer)); }
public string RegisterPlaneAirConditioner(string manufacturer, string model, int volumeCoverage, int electricityUsed) { if (manufacturer.Length < Constants.ManufacturerMinLength) { throw new ArgumentException(string.Format(Constants.IncorrectPropertyLength, "Manufacturer", Constants.ManufacturerMinLength)); } if (model.Length < Constants.ModelMinLength) { throw new ArgumentException(string.Format(Constants.IncorrectPropertyLength, "Model", Constants.ModelMinLength)); } if (volumeCoverage <= 0) { throw new ArgumentException(string.Format(Constants.Nonpositive, "Volume Covered")); } if (electricityUsed <= 0) { throw new ArgumentException(string.Format(Constants.Nonpositive, "Electricity Used")); } if (Controller.GetAirConditionersCount() != 0) { if (Controller.AirConditioners.Any(airCon => airCon.Manufacturer == manufacturer && airCon.Model == model)) { throw new DuplicateEntryException(Constants.Duplicate); } } AirConditioner airConditioner = new AirConditioner(manufacturer, model, volumeCoverage, electricityUsed); Controller.AirConditioners.Add(airConditioner); return string.Format(Constants.Register, airConditioner.Model, airConditioner.Manufacturer); }
/// <summary> /// Registering a new plane air conditioner /// </summary> /// <param name="manufacturer"> The name of the manufacture.</param> /// <param name="model"> The model of the air conditioner.</param> /// <param name="volumeCoverage"> Volume coverage of the air conditioner.</param> /// <param name="electricityUsed"> Electricity used of the air conditioner.</param> /// <returns> /// If success execution it returns a string with the manufacture and model name /// </returns> /// <seealso cref="ArgumentException(string)"> /// Notice that the method return ArgumentException if the volume coverage or electricity used is less then 1 /// </seealso> public void RegisterPlaneAirConditioner(string manufacturer, string model, int volumeCoverage, string electricityUsed) { if (volumeCoverage <= 0) { throw new ArgumentException("Volume Covered must be a positive integer."); } if (Convert.ToInt32(electricityUsed) <= 0) { throw new ArgumentException("Electricity Used must be a positive integer."); } CheckIfModelAlreadyExists(manufacturer, model); AirConditioner airConditioner = new AirConditioner(manufacturer, model, volumeCoverage, electricityUsed); Data.AirConditioners.Add(airConditioner); this.writer.Print(string.Format("Air Conditioner model {0} from {1} registered successfully.", airConditioner.Model, airConditioner.Manufacturer)); }
public static void AddAirConditioner(AirConditioner airConditioner) { AirConditioners.Add(airConditioner); }
public AirConditionerOn(AirConditioner ac) { this.ac = ac; }
public static void RemoveAirConditioner(AirConditioner airConditioner) { AirConditioners.Remove(airConditioner); }
public IActionResult Data(string version, string device) { AirConditionerData data = new AirConditionerData(); AirConditionerDataHeader header; AirConditionerDataHeader6 header6; Dictionary <string, object> dDataField; DataResponse response = new DataResponse(); StreamReader reader; string strData; Newtonsoft.Json.Linq.JArray aZones, aZoneTemperatures; Logging.WriteDebugLog("DeviceController.Data() Client: {0}:{1}", HttpContext.Connection.RemoteIpAddress.ToString(), HttpContext.Connection.RemotePort.ToString()); HttpContext.Response.Headers.Add("Access-Control-Allow-Headers", new Microsoft.Extensions.Primitives.StringValues("Accept, Content-Type, Authorization, Content-Length, X-Requested-With, X-Ninja-Token")); HttpContext.Response.Headers.Add("Access-Control-Allow-Methods", new Microsoft.Extensions.Primitives.StringValues("GET,PUT,POST,DELETE,OPTIONS")); HttpContext.Response.Headers.Add("Access-Control-Allow-Origin", new Microsoft.Extensions.Primitives.StringValues("*")); reader = new StreamReader(HttpContext.Request.Body); strData = reader.ReadToEnd(); reader.Dispose(); try { header = JsonConvert.DeserializeObject <AirConditionerDataHeader>(strData); switch (header.D) { case 6: Logging.WriteDebugLog("DeviceController.Data() Data: {0}", strData); header6 = JsonConvert.DeserializeObject <AirConditionerDataHeader6>(strData); dDataField = header6.DA; data.iCompressorActivity = int.Parse(dDataField["compressorActivity"].ToString()); data.strErrorCode = dDataField["errorCode"].ToString(); data.iFanContinuous = int.Parse(dDataField["fanIsCont"].ToString()); data.iFanSpeed = int.Parse(dDataField["fanSpeed"].ToString()); data.bOn = bool.Parse(dDataField["isOn"].ToString()); data.bESPOn = bool.Parse(dDataField["isInESP_Mode"].ToString()); data.iMode = int.Parse(dDataField["mode"].ToString()); data.dblRoomTemperature = double.Parse(dDataField["roomTemp_oC"].ToString()); data.dblSetTemperature = double.Parse(dDataField["setPoint"].ToString()); aZones = (Newtonsoft.Json.Linq.JArray)dDataField["enabledZones"]; data.bZone1 = (aZones[0].ToString() == "1"); data.bZone2 = (aZones[1].ToString() == "1"); data.bZone3 = (aZones[2].ToString() == "1"); data.bZone4 = (aZones[3].ToString() == "1"); data.bZone5 = (aZones[4].ToString() == "1"); data.bZone6 = (aZones[5].ToString() == "1"); data.bZone7 = (aZones[6].ToString() == "1"); data.bZone8 = (aZones[7].ToString() == "1"); aZoneTemperatures = (Newtonsoft.Json.Linq.JArray)dDataField["individualZoneTemperatures_oC"]; if (aZones[0].ToString() != "null") { double.TryParse(aZoneTemperatures[0].ToString(), out data.dblZone1Temperature); } if (aZones[1].ToString() != "null") { double.TryParse(aZoneTemperatures[1].ToString(), out data.dblZone2Temperature); } if (aZones[2].ToString() != "null") { double.TryParse(aZoneTemperatures[2].ToString(), out data.dblZone3Temperature); } if (aZones[3].ToString() != "null") { double.TryParse(aZoneTemperatures[3].ToString(), out data.dblZone4Temperature); } if (aZones[4].ToString() != "null") { double.TryParse(aZoneTemperatures[4].ToString(), out data.dblZone5Temperature); } if (aZones[5].ToString() != "null") { double.TryParse(aZoneTemperatures[5].ToString(), out data.dblZone6Temperature); } if (aZones[6].ToString() != "null") { double.TryParse(aZoneTemperatures[6].ToString(), out data.dblZone7Temperature); } if (aZones[7].ToString() != "null") { double.TryParse(aZoneTemperatures[7].ToString(), out data.dblZone8Temperature); } AirConditioner.PostData(data); break; } } catch (Exception eException) { Logging.WriteDebugLogError("DeviceController.Data()", eException, "Unable to parse air conditioner data."); } response.result = 1; response.error = null; response.id = 0; if (Service.ForwardToOriginalWebService) { ForwardDataToOriginalWebService(strData); } return(new ObjectResult(response)); }
public IActionResult AirConditioner(AirConditioner model) => Save(model);
public static void TuneAir(Car car) { ITuning air = new AirConditioner(car); air.AddTuning(); }
/// <summary> /// Registers a new air conditioner with the specified manufacturer, model, volume covered and electricity used. /// </summary> /// <param name="manufacturer"></param> /// <param name="model"></param> /// <param name="volumeCoverage"></param> /// <param name="electricityUsed"></param> /// <returns></returns> public string RegisterPlaneAirConditioner(string manufacturer, string model, int volumeCoverage, string electricityUsed) { AirConditioner airConditioner = new AirConditioner(manufacturer, model, volumeCoverage, electricityUsed); MyStuff.AirConditioners.Add(airConditioner); throw new InvalidOperationException( string.Format(Constants.Test, airConditioner.Model, airConditioner.Manufacturer)); }
public AirConOff(AirConditioner airConditioner) { this.AirConditioner = airConditioner; }
public string RegisterCarAirConditioner(string model, string manufacturer, int volumeCoverage) { AirConditioner airConditioner = new AirConditioner(manufacturer, model, volumeCoverage); MyStuff.AirConditioners.Add(airConditioner); throw new InvalidOperationException( string.Format(Constants.Register, airConditioner.Model, airConditioner.Manufacturer)); }