public void GetSeleniumConfigById_Found_Android() { var device = new Device(_device1.Id, _device1.Name, true, DeviceType.Android, DeviceStatus.Online); // Arrange var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(repo => repo.Find(device.Id)) .Returns(device); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, null, null, _externalProcesses); // Act var result = controller.GetSeleniumConfigById(device.Id); // Assert var viewResult = Assert.IsType <JsonResult>(result); Assert.Contains(_device1.Id, viewResult.Value.ToString()); Assert.Contains("platformName = android", viewResult.Value.ToString()); }
public async Task GetById_WithDeviceAvailable_ReturnsDevice() { //Arrange var dbContext = DbContextMocker.GetDbContext(nameof(GetById_WithDeviceAvailable_ReturnsDevice)); var devicesController = new DevicesController(dbContext); var expectedDevice = new Device { Device_id = 1, Name = "testName1", Location = "testLocation1" }; //Act var response = await devicesController.GetById(1); var result = (ObjectResult)response.Result; var deviceReceived = result.Value.As <Device>(); dbContext.Dispose(); //Assert result.StatusCode.Should().Be((int)HttpStatusCode.OK); Assert.True(DevicesComparer.CompareDevices(deviceReceived, expectedDevice), "The device received is different " + "than the expected."); }
public void GetSeleniumConfigById_unsupportedDeviceType() { var device = new Device(_device1.Id, _device1.Name, true, (DeviceType)99, DeviceStatus.Online); // Arrange var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(repo => repo.Find(device.Id)) .Returns(device); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, null, null, _externalProcesses); // Act var result = controller.GetSeleniumConfigById(device.Id); // Assert var viewResult = Assert.IsType <JsonResult>(result); Assert.Equal("Unsupported device type", viewResult.Value); }
public void RestartDevice_DeviceNotAvailable() { var device = new Device(_device1.Id, _device1.Name, false, _device1.Type, DeviceStatus.Locked); // Arrange var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(repo => repo.Find(device.Id)) .Returns(device); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, null, null, _externalProcesses); // Act var result = controller.RestartDevice(device.Id); // Assert var viewResult = Assert.IsType <ObjectResult>(result); Assert.Equal(423, viewResult.StatusCode); }
public void UpdateDevice_notFound() { // Arrange Device device = _device1; device.Name = "updated name"; var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(repo => repo.Find(_device1.Id)) .Returns((Device)null); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, null, null, _externalProcesses); // Act var result = controller.Update(_device1.Id, device); // Assert Assert.IsType <NotFoundObjectResult>(result); }
public void RemoveDevice() { // Arrange var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(repo => repo.Add(_device1)); mockRepository.Setup(repo => repo.Find(_device1.Id)) .Returns(_device1); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, null, null, _externalProcesses); controller.Create(_device1); // Act var result = controller.Delete(_device1.Id); // Assert Assert.IsType <OkResult>(result); }
public async Task AddADevice() { //Setting all var nameBD = Guid.NewGuid().ToString(); var context = BuildContext(nameBD); context.Gateways.Add(new Gateway() { SerialNumber = "gw-001", Name = "Gateway 1", IpAddress = "10.0.0.1" }); await context.SaveChangesAsync(); var testContext = BuildContext(nameBD); //Tests var device = new Peripheral() { UID = 1, Vendor = "Device 1", Date = DateTime.Parse("2021-02-16T16:17:00"), Status = true }; var controller = new DevicesController(testContext); var response = await controller.Post(device, "gw-001"); //Verification var result = response.Result; Assert.IsNotNull(result); var countDevices = await testContext.Peripherals.CountAsync(); Assert.AreEqual(1, countDevices); var countRelations = await testContext.PeripheralGateways.CountAsync(); Assert.AreEqual(1, countRelations); }
public async Task Should_Add_And_Remove_A_Device() { var consumerController = new ConsumersController(fixture.GetDataProvider()); var consumer = (await consumerController.AddConsumer(new ConsumerRequestAdd() { Email = "*****@*****.**" }) as OkObjectResult).Value as Consumer; var device = new DeviceRequestAdd() { Available = true, Description = "Description...", ProjectId = "Project test", Regionid = "europe-west1", RegisteredOn = System.DateTime.Now, RegistryId = "my-registry", TenantId = Guid.NewGuid().ToString(), ConsumerId = consumer.ConsumerId.ToString() }; //------------------------------------------- var controller = new DevicesController(fixture.GetDataProvider()); var added = await controller.AddDevice(device) as OkObjectResult; Assert.NotNull(added.Value); Assert.Equal(added.StatusCode, (int)HttpStatusCode.OK); var foundItem = (await controller.GetDevice((added.Value as Device).DeviceId.ToString()) as OkObjectResult).Value as Device; Assert.Equal(foundItem, added.Value); var deleteResult = await controller.RemoveDevice(foundItem.DeviceId.ToString()); var foundItem2 = await controller.GetDevice((added.Value as Device).DeviceId.ToString()) as NotFoundObjectResult; Assert.Equal(foundItem2.StatusCode, (int)HttpStatusCode.NotFound); }
public void GetAllDevices() { // Arrange var testDevices = GetTestDevices(); var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(mpr => mpr.GetAll()).Returns(testDevices); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, null, null, _externalProcesses); // Act var result = controller.GetAll(); // Assert var viewResult = Assert.IsType <List <Device> >(result); Assert.Equal(testDevices.Count(), result.Count()); Assert.Contains(_device1, viewResult); Assert.Contains(_device2, viewResult); Assert.Contains(_device3, viewResult); }
public void RestartDevice_RestartFailed() { // Arrange var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(repo => repo.Find(_device1.Id)) .Returns(_device1); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var mockDeviceUtils = new Mock <IDeviceUtils>(); mockDeviceUtils.Setup(x => x.RestartDevice(_device1)).Returns("ERROR"); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, mockDeviceUtils.Object, null, _externalProcesses); // Act var result = controller.RestartDevice(_device1.Id); // Assert var viewResult = Assert.IsType <ObjectResult>(result); Assert.Equal(500, viewResult.StatusCode); }
public void GetAllPropertiesKeys() { var device = new Device(_device1.Id, _device1.Name, true, _device1.Type, DeviceStatus.Online); var device2 = new Device(_device1.Id, _device1.Name, true, _device1.Type, DeviceStatus.Online); var deviceProperties = new List <DeviceProperties> { new DeviceProperties("key1", "value1"), new DeviceProperties("key2", "value2") }; device.Properties = deviceProperties; device2.Properties = deviceProperties; // Arrange var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(repo => repo.GetAll()) .Returns(new List <Device> { device, device2 }); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, null, null, _externalProcesses); // Act var result = controller.GetAllPropertiesKeys(); // Assert var viewResult = Assert.IsType <JsonResult>(result); Assert.Equal(new List <string> { "key1", "key2" }, viewResult.Value); }
public void RemoveDevice_DeviceNotFound() { var device = new Device(_device1.Id, _device1.Name, false, _device1.Type, DeviceStatus.Locked); // Arrange var mockRepository = new Mock <IRepository <Device> >(); mockRepository.Setup(repo => repo.Add(device)); mockRepository.Setup(repo => repo.Find(device.Id)) .Returns((Device)null); var mockLogger = new Mock <IManagerLogger>(); var mockConfiguration = new Mock <IManagerConfiguration>(); var controller = new DevicesController(mockRepository.Object, mockLogger.Object, mockConfiguration.Object, null, null, _externalProcesses); controller.Create(_device1); // Act var result = controller.Delete(device.Id); // Assert Assert.IsType <NotFoundObjectResult>(result); }
public SmsViewModel() { _devicesController = DevicesController.getInstance(); }
public async Task AddADeviceToAFullGateway() { //Setting all var nameBD = Guid.NewGuid().ToString(); var context = BuildContext(nameBD); context.Gateways.Add(new Gateway() { SerialNumber = "gw-001", Name = "Gateway 1", IpAddress = "10.0.0.1" }); context.Peripherals.Add(new Peripheral() { UID = 1, Vendor = "Device 1", Date = DateTime.Parse("2021-02-16T16:17:00"), Status = true }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 1 }); context.Peripherals.Add(new Peripheral() { UID = 2, Vendor = "Device 2", Date = DateTime.Parse("2021-02-16T16:18:00"), Status = false }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 2 }); context.Peripherals.Add(new Peripheral() { UID = 3, Vendor = "Device 3", Date = DateTime.Parse("2021-02-16T16:19:00"), Status = true }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 3 }); context.Peripherals.Add(new Peripheral() { UID = 4, Vendor = "Device 4", Date = DateTime.Parse("2021-02-16T16:20:00"), Status = true }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 4 }); context.Peripherals.Add(new Peripheral() { UID = 5, Vendor = "Device 5", Date = DateTime.Parse("2021-02-16T16:21:00"), Status = false }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 5 }); context.Peripherals.Add(new Peripheral() { UID = 6, Vendor = "Device 6", Date = DateTime.Parse("2021-02-16T16:22:00"), Status = true }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 6 }); context.Peripherals.Add(new Peripheral() { UID = 7, Vendor = "Device 7", Date = DateTime.Parse("2021-02-16T16:23:00"), Status = true }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 7 }); context.Peripherals.Add(new Peripheral() { UID = 8, Vendor = "Device 8", Date = DateTime.Parse("2021-02-16T16:24:00"), Status = false }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 8 }); context.Peripherals.Add(new Peripheral() { UID = 9, Vendor = "Device 9", Date = DateTime.Parse("2021-02-16T16:25:00"), Status = true }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 9 }); context.Peripherals.Add(new Peripheral() { UID = 10, Vendor = "Device 10", Date = DateTime.Parse("2021-02-16T16:26:00"), Status = true }); context.PeripheralGateways.Add(new PeripheralsGateways() { GatewaySerialNumber = "gw-001", PeripheralId = 10 }); await context.SaveChangesAsync(); var testContext = BuildContext(nameBD); //Tests var device = new Peripheral() { UID = 11, Vendor = "Device 11", Date = DateTime.Parse("2021-02-16T16:27:00"), Status = true }; var controller = new DevicesController(testContext); var response = await controller.Post(device, "gw-001"); //Verification var result = response.Result as BadRequestObjectResult; //Bad Request Http Status Code Assert.AreEqual(400, result.StatusCode); var countDevices = await testContext.Peripherals.CountAsync(); Assert.AreEqual(10, countDevices); var countRelations = await testContext.PeripheralGateways.CountAsync(); Assert.AreEqual(10, countRelations); }
public CommunicationViewModel() { _devicesController = DevicesController.getInstance(); }
public string DeviceCurrectLineChart(string type, string roomId) { DevicesController DevicesControl = new DevicesController(); string tableName = ""; List <DevicesListModel> DevicesDataList = DevicesControl.GetSearchDevices().Where(d => d.roomId.Contains(roomId)).ToList(); switch (type) { case "AC": DevicesDataList = DevicesDataList.Where(x => x.devicesId.Contains("AC")).ToList(); ViewBag.unit = " C"; ViewBag.unitName = "Air Conditioner Temperature"; tableName = "AC"; break; case "LT": DevicesDataList = DevicesDataList.Where(x => x.devicesId.Contains("LT")).ToList(); ViewBag.unit = " lm"; ViewBag.unitName = "Light Luminosity"; tableName = "LIGHT"; break; case "HD": DevicesDataList = DevicesDataList.Where(x => x.devicesId.Contains("HD")).ToList(); ViewBag.unit = " %"; ViewBag.unitName = "Humidifier Humidity"; tableName = "HUM"; break; case "EF": DevicesDataList = DevicesDataList.Where(x => x.devicesId.Contains("EF")).ToList(); ViewBag.unit = " rpm"; ViewBag.unitName = "FAN Revolution(s)"; tableName = "EXH_FAN"; break; case "AS": DevicesDataList = DevicesDataList.Where(x => x.devicesId.Contains("AS")).ToList(); ViewBag.unit = " "; ViewBag.unitName = "AS"; tableName = "AS_SENSOR"; break; default: break; } List <CurrentDataModel> CurrentList = new List <CurrentDataModel>(); DateTime today = DateTime.Now; //end set time List <string> labelss = new List <string>(); List <object> datas = new List <object>(); var start = today.AddHours(time * -1); //var start = today.AddHours(-3); var end = today; //end set time List <CurrentDataModel> searchResultOfCurrentDataList = new List <CurrentDataModel>(); var filterStartDateTime = Builders <CurrentDataModel> .Filter.Gte(x => x.latest_checking_time, start); var filterEndDateTime = Builders <CurrentDataModel> .Filter.Lte(x => x.latest_checking_time, end); if (DevicesDataList.Count() > 0) { foreach (var get in DevicesDataList) { var filterId = Builders <CurrentDataModel> .Filter.Eq(x => x.devicesId, get.devicesId); labelss.Add(get.devicesId); searchResultOfCurrentDataList = new DBManger().DataBase.GetCollection <CurrentDataModel>(tableName).Find(filterId & filterStartDateTime & filterEndDateTime).Sort(Builders <CurrentDataModel> .Sort.Descending(s => s.latest_checking_time)).ToList(); datas.Add(MangeData(searchResultOfCurrentDataList).ToArray()); } } return(LineChart(DevicesDataList.Count, labelss, datas)); }
//[Route("RoomDetail/RoomDetail/{roomID}")] public IActionResult RoomDetail(String roomID) { ViewData["roomID"] = roomID; //get sensor and device list SensorsController sensorsController = new SensorsController(); List <SensorsListModel> sensorsList = sensorsController.GetSensorsListByRoomid(roomID); DevicesController DevicesController = new DevicesController(); List <DevicesListModel> devicesList = DevicesController.GetDevicesListByRoomid(roomID); //power list List <DailyUsageModel> dailyUsageModelList = devicesPowerUseOutputUtil.Dailyusage(); List <MongoDevicesPowerUse> totalPowerUsageList = devicesPowerUseOutputUtil.getPowerUseList(); double totalPowerUsage = 0;//total power usage of this room foreach (MongoDevicesPowerUse mpu in totalPowerUsageList) { if (mpu.roomId == roomID) { totalPowerUsage += mpu.power_used; } } double monthPowerUsage = 0;//total power usage of this room foreach (DailyUsageModel dum in dailyUsageModelList) { if (dum.roomId == roomID) { monthPowerUsage += dum.power_used; } } double thisMonthAcUsage = getRoomACPowerUse(roomID); //double monthPowerUsage = devicesPowerUseOutputUtil.getTotalPowerUse();//all device this month usage ViewData["monthPowerUsage"] = Math.Round(monthPowerUsage, 2, MidpointRounding.AwayFromZero); ViewData["totalPowerUsage"] = Math.Round(totalPowerUsage, 2, MidpointRounding.AwayFromZero); ViewData["thisMonthAcUsage"] = Math.Round(thisMonthAcUsage, 2, MidpointRounding.AwayFromZero); //get room model var collection = dBManger.DataBase.GetCollection <MongoRoomModel>("ROOM"); var roomList = collection.Find(x => x.roomId == roomID).ToList(); //Debug.WriteLine("roomList list = " + roomList.ToJson().ToString()); if (roomList.Count > 0) { ViewData["roomModel"] = roomList[0]; } else { ViewData["roomModel"] = new MongoRoomModel(); } //Debug.WriteLine("Devices list = " + deviceslist.ToJson().ToString()); ViewData["sensorsList"] = sensorsList; ViewData["devicesList"] = devicesList; //ViewData["powerUsageList"] = totalPowerUsageList; //Debug.WriteLine("powerUsageList list = " + powerUsageList.ToJson().ToString()); return(View()); }
public static string[] interpretation(JObject json) { Console.WriteLine(json); string[] res = new string[3] { "", "", "" }; string type = (string)json["type"]; string conn = (string)(json["conn"]); if (!String.IsNullOrEmpty(type)) { int port; string[] adressBuffer = conn.Split(':'); string[] pairaineKey = adressBuffer[1].Split('@'); //ip@port IPAddress ipAddress = IPAddress.Parse(adressBuffer[0]); port = Int32.Parse(pairaineKey[0]); string author = (string)json["author"]; if (type.ToLower() == "connect") //1.Type 2.Author 3.IPaddress@Port { res[0] = "Connection"; res[1] = author; res[2] = ipAddress.ToString() + ":" + port.ToString() + ":" + pairaineKey[1]; Console.WriteLine("Demande Connection"); Console.WriteLine("L'appareil " + author + "(" + ipAddress.ToString() + ":" + port.ToString() + ") souhaite se connecter."); } else if (type.ToLower() == "disconnect") //1.Type 2.Author 3.IPaddress@Port { res[0] = "Disconnection"; res[1] = author; res[2] = ipAddress.ToString() + ":" + port.ToString(); Console.WriteLine("Demande Connection"); Console.WriteLine("L'appareil " + author + "(" + ipAddress.ToString() + ":" + port.ToString() + ") souhaite se deconnecter."); } else if (type.ToLower() == "notification") //1.Type 2.Application 3.Message { res = new string[5] { "", "", "", "", "" }; res[0] = "Notification"; Console.WriteLine("Notification"); IList <string> allObject = json["object"].Select(t => (string)t).ToList(); string application = allObject[0]; string date = allObject[1]; string message = allObject[2]; string title = allObject[3]; res[1] = application; res[2] = message; res[3] = title; res[4] = date; //Démonstration utilisation des objets obtenus depuis le JSON Console.WriteLine("L'application " + application + " a reçu le message suivant: '" + message + "' depuis l'appareil de " + author + " à " + date + "."); } else if (type.ToLower() == "batterystate") { res[0] = "batteryState"; string etat; string pourcentage; Console.WriteLine("batteryState"); IList <string> allObject = json["object"].Select(t => (string)t).ToList(); pourcentage = allObject[1]; if (allObject[0].ToLower() == "true") { etat = "isCharging"; } else { etat = "notCharging"; } res[1] = pourcentage; res[2] = etat; //Démonstration utilisation des objets obtenus depuis le JSON Console.WriteLine("L'appareil " + author + " est a " + pourcentage + "%. Etat: " + etat); } else if (type.ToLower() == "contacts") { res[0] = "contacts"; Console.WriteLine("contacts"); JObject array = (JObject)json["object"]; var contacts = array["contacts"]; var name = json.GetValue("conn").ToString().Split(':')[0]; Device dev = DevicesController.getInstance().getDevice(name); var list = DevicesController.getInstance().Devices; foreach (JObject contact in contacts) { JToken[] numbers = contact["numbers"].ToArray(); Contact cont = new Contact((String)contact["nom"], (string)numbers[0], "*****@*****.**"); System.Windows.Application.Current.Dispatcher.Invoke( DispatcherPriority.Normal, (Action) delegate() { dev.listContact.Add(cont); } ); } //Démonstration utilisation des objets obtenus depuis le JSON Console.WriteLine("L'appareil a envoyé " + " contacts"); } } else { Console.WriteLine("Message invalide."); } return(res); }
private async void TestNotificationRegister(object sender, EventArgs e) { DevicesController dc = new DevicesController(); dc.UpdateServersDb(); }
/// <summary> /// This method is called after authentication is successfull. /// Implement functionality that is useful as initial server communication. /// </summary> /// <param name="account"></param> async void PerformAuth2TestRequests(Account account) { Authorized = true; App.SuccessfulLoginAction(); try { /* * System.Diagnostics.Debug.WriteLine("PerformAuth2TestRequests before looop"); * * * foreach (KeyValuePair<string, string> p in account.Properties) * { * System.Diagnostics.Debug.WriteLine("Property: Key:" + p.Key + " Value:" + p.Value); * } * System.Diagnostics.Debug.WriteLine("PerformAuth2TestRequests before looop"); * * System.Diagnostics.Debug.WriteLine("PerformAuth2TestRequests: Url:" + AuthProvider.ApiRequests); * System.Diagnostics.Debug.WriteLine("Request Url:" + AuthProvider.ApiRequests); */ Uri requestLocalToken = new Uri(AuthProvider.ApiRequests + account.Properties["access_token"]); System.Diagnostics.Debug.WriteLine("Requesting local token"); System.Diagnostics.Debug.WriteLine("Using access_token: " + account.Properties["access_token"]); OAuth2Request request1 = new OAuth2Request("GET", requestLocalToken, null, account); //OAuth2Request request1 = new OAuth2Request("GET", requestLocalToken, null, null); IResponse response1 = await request1.GetResponseAsync(); System.Diagnostics.Debug.WriteLine("After Response"); Dictionary <string, string> responseDict = JsonConvert.DeserializeObject <Dictionary <string, string> >(response1.GetResponseText()); string localToken = ""; string username = ""; if (response1.StatusCode == 200) { System.Diagnostics.Debug.WriteLine("Response code from backend: 200"); localToken = responseDict["access_token"]; username = responseDict["userName"]; System.Diagnostics.Debug.WriteLine("username: "******"localToken: " + localToken); StudentsController sc = new StudentsController(); DbStudent dbStudent = new DbStudent(); if (dbStudent.CheckIfStudentExist(username)) { System.Diagnostics.Debug.WriteLine("Student did exist"); Student student = dbStudent.GetStudent(username); student.accessToken = localToken; dbStudent.UpdateStudent(student); DevicesController dc = new DevicesController(); dc.UpdateServersDb(); } else { System.Diagnostics.Debug.WriteLine("Student did not exist"); dbStudent.DeleteAllStudents(); Student student = new Student(); student.username = username; student.accessToken = localToken; student.receiveNotifications = true; student.receiveJobNotifications = true; student.receiveProjectNotifications = true; dbStudent.InsertStudent(student); DevicesController dc = new DevicesController(); DbDevice dbDevice = new DbDevice(); dbDevice.FixStudentForeignKey(username); dc.UpdateServersDb(); } } /* * string studentEndpoint = "http://kompetansetorgetserver1.azurewebsites.net/api/v1/students"; * Uri testAuthorize = new Uri(studentEndpoint); * * * //authorization: bearer b2Dvqzi9Ux_FAjbBYat6PE-LgNGKL_HDBWbnJ3Fb9cwfjaE8NQdqcvC8jwSB5QJUIVRog_gQQPjaRI0DT7ahu7TEpqP28URtPr1LjgaV - liCqgIuTdSHW_NqD3qh - 5shVh - h7TCin7XNHq8GSkGg5qtOlcHeFPSZ4xMwMbw5_1rBfKYJr3w0_D5R9jk0hJPEfJldCTYcawatz7wVfbmz0qKHAkrKxZyaqum6IHJWdczWz5K26RCfZWMwEmK1uLN5 * * var client = new HttpClient(); * System.Diagnostics.Debug.WriteLine("PerformAuth2TestRequests before Setting AuthenticationHeaderValue"); * client.DefaultRequestHeaders.Authorization = new AuthenticationHeaderValue("bearer", localToken); * System.Diagnostics.Debug.WriteLine("PerformAuth2TestRequests after Setting AuthenticationHeaderValue"); * System.Diagnostics.Debug.WriteLine(client.DefaultRequestHeaders.Authorization.Parameter); * * * var response = await client.GetAsync(testAuthorize); * * * System.Diagnostics.Debug.WriteLine("PerformAuth2TestRequests: StatusCode:" + response.StatusCode); * // + " ResponseUri:" + response.ResponseUri); * //System.Diagnostics.Debug.WriteLine("PerformAuth2TestRequests: Headers:"); * * * foreach (KeyValuePair<string, string> h in response.Headers) * { * System.Diagnostics.Debug.WriteLine("Header: Key:" + h.Key + " Value:" + h.Value); * } * System.Diagnostics.Debug.WriteLine("Response(" + response.StatusCode); * string jsonString = await response.Content.ReadAsStringAsync(); * System.Diagnostics.Debug.WriteLine(jsonString); */ // TODO Implement relevant GET, PUT or POST Requests // Notifies the app that the login was successful and that its safe to shift page. Authorized = true; App.SuccessfulLoginAction(); } catch (Exception ex) { System.Diagnostics.Debug.WriteLine("Exception: PerformAuth2TestRequests: Message:" + ex.Message); foreach (KeyValuePair <string, string> p in account.Properties) { System.Diagnostics.Debug.WriteLine("Key:" + p.Key + " Value:" + p.Value); } } }