public void Check_MotionSensor_Reports_NoMotion_Data() { // Arrange var cmd = Helpers .CreateCommand("report", "motion", "158d00011c0", 52754, new Dictionary <string, object> { { "no_motion", "120" } }); // Act MotionSensor device = _fixture.GetDeviceByCommand <MotionSensor>(cmd); var noMotionRaised = false; var moMotionSeconds = 0; device.OnNoMotion += (_, args) => { noMotionRaised = true; moMotionSeconds = args.Seconds; }; device.ParseData(ResponseCommand.FromString(cmd).Data); // Assert Assert.Equal("motion", device.Type); Assert.Equal("158d00011c0", device.Sid); Assert.Equal("no motion", device.Status); Assert.True(noMotionRaised); Assert.Equal(120, device.NoMotion); }
public void Check_MotionSensor_Reports_Motion_Data() { // Arrange var cmd = Helpers .CreateCommand("report", "motion", "158d00011c0", 52754, new Dictionary <string, object> { { "status", "motion" } }); // Act MotionSensor device = _fixture.GetDeviceByCommand <MotionSensor>(cmd); var motionRaised = false; device.OnMotion += (_, args) => { motionRaised = true; }; var timeDiff = DateTime.Now - device.MotionDate.Value; device.ParseData(ResponseCommand.FromString(cmd).Data); // Assert Assert.Equal("motion", device.Type); Assert.Equal("158d00011c0", device.Sid); Assert.Equal("motion", device.Status); Assert.True(timeDiff <= TimeSpan.FromSeconds(1)); Assert.True(motionRaised); }
public async Task SimulateMotionEvents() { deviceId = "2"; RegisterDeviceAsync().Wait(); bool deviceActivated = await ActivateDeviceAsync(); if (deviceActivated) { InitDeviceClient(); stopWatch.Restart(); numEventsSent = 0; LogStatus("Sending Motion Events..."); SensorBase sensor = new MotionSensor(deviceId, TransmitEvent); sensor.InitSchedule(10); Console.WriteLine("Generated {0:###,###,###} Events", sensor.CountOfDataPoints); sensor.Start().Wait(); FlushIoTHubBuffer(); stopWatch.Stop(); Console.WriteLine("Completed transmission in {0} seconds. Sent {1:###,###,###} events.", stopWatch.Elapsed.TotalSeconds, numEventsSent); } else { LogError("Device Not Activated."); } }
public void TestThatGetLocationReturnsNull() { MotionSensor sensor = new MotionSensor(); string location = sensor.GetLocation(); Assert.AreEqual(string.Empty, location); }
void OnSceneGUI() { AngleRotator angleRotator = (AngleRotator)target; Transform transform = angleRotator.transform; float rangeSize = 1f; // if this rotator is attached to a motion sensor, show the range of the motion sensor instead of the default 1.0 MotionSensor motionSensor = angleRotator.GetComponent <MotionSensor>(); if (motionSensor != null) { rangeSize = motionSensor.GetMaxDistance; } // use arcs and lines to draw the angle range Handles.color = angleRotator.GetReverseInitialDirection ? Color.black : Color.white; DrawArcRange(transform, angleRotator.GetAngleRange, rangeSize); Handles.color = angleRotator.GetReverseInitialDirection ? Color.white : Color.black; DrawArcRange(transform, -angleRotator.GetAngleRange, rangeSize); // draw starting angle Handles.color = Color.blue; Handles.DrawLine( transform.position, transform.position + Quaternion.AngleAxis(angleRotator.GetInitialAngle, transform.up) * transform.forward * rangeSize ); }
public void TestThatGetSensorTypeReturnsNull() { MotionSensor sensor = new MotionSensor(); string sensorType = sensor.GetSensorType(); Assert.AreNotEqual(string.Empty, sensorType); }
public int AddMotionSensorHistory(MotionSensor sensor) { if (sensor == null) { throw new Exception("Sensore object cannot be null"); } sensorHistory = new SensorHistory { HouseId = sensor.HouseId, SensorId = sensor.SensorId, Type = sensor.Type, Name = sensor.Name, IsMove = sensor.IsMove, IsOn = sensor.IsOn }; try { _databaseContext.SensorHistories.Add(sensorHistory); _databaseContext.SaveChanges(); } catch (Exception exp) { Console.WriteLine(exp.Message); } return(sensorHistory.SensorHistoryId); }
public OutdoorCamFacade() { ImgP = new ImageProcessor(); CamDriver = new CameraDriver(); CamLight = new CameraLight(); MotSensor = new MotionSensor(); }
public void TestThatIsTriggeredReturnsTrue() { MotionSensor sensor = new MotionSensor(); bool isTriggeredTrue = sensor.Trigger() == true ? true : true; Assert.AreEqual(true, isTriggeredTrue); }
public void TestThatIsTriggeredReturnsFalse() { MotionSensor sensor = new MotionSensor(); bool isTriggeredFalse = sensor.Trigger() == true ? false : false; Assert.AreEqual(false, isTriggeredFalse); }
public void TestThatGetSensorTypeReturnsType() { MotionSensor sensor = new MotionSensor(); string sensorType = sensor.GetSensorType(); Assert.AreEqual("Motion sensor", sensorType); }
// Token: 0x06000C8E RID: 3214 RVA: 0x00050218 File Offset: 0x0004E418 public void SetText(MotionSensor sensor) { if (!this.Sensors.Contains(sensor)) { this.Sensors.Add(sensor); sensor.id = this.Sensors.Count - 1; } switch (sensor.id) { case 0: this.sensor_1_Text.text = this.Sensors[0].roomName; return; case 1: this.sensor_2_Text.text = this.Sensors[1].roomName; return; case 2: this.sensor_3_Text.text = this.Sensors[2].roomName; return; case 3: this.sensor_4_Text.text = this.Sensors[3].roomName; return; default: return; } }
public Camera(int id) { this.Id = id; ImgP = new ImageProcessor(); SoundP = new SoundProcessor(); CamDriver = new CameraDriver(); CamLight = new CameraLight(); MotSensor = new MotionSensor(); }
public void TestThatSetLocationReturnsLocation() { MotionSensor sensor = new MotionSensor(); sensor.SetLocation("Main Door"); Assert.AreEqual("Main Door", sensor.GetLocation()); sensor.SetLocation("I have changed...change is inevitable"); Assert.AreNotEqual("Main Door", sensor.GetLocation()); }
public void Init(IController controller) { LcdDisplay = new Lmb162Abc(Pins.GPIO_PIN_D12, Pins.GPIO_PIN_D11, //rs and enable Pins.GPIO_PIN_D5, Pins.GPIO_PIN_D4, Pins.GPIO_PIN_D3, Pins.GPIO_PIN_D2, //data pins, d4-d7 16, 2, controller); TempSensor = new IrTempSensor(0x5a, 59, controller, updateInterval: 1000); MotionSensor = new MotionSensor(Pins.GPIO_PIN_D8); Controller = controller; ((TcpConnectionManager)ConnectionManager).TcpCommandHandler.Init(); }
public async Task <Unit> Handle(InstallMotionSensor command, CancellationToken cancellationToken) { var reservation = MotionSensor.Install( command.MotionSensorId ); await repository.Add(reservation, cancellationToken); return(Unit.Value); }
public void TestThatPollMotionSensorsSucceeds() { ILocationProvider FD = new SensorAtFrontDoor(); ICableSensor MS = new MotionSensor(FD); SCCU_MS = new SecurityControlUnit <ICableSensor>(new List <ICableSensor> { MS }); Assert.IsTrue((SCCU_MS.PollSensors() == "Polled AlarmSystem.MotionSensor at the front door successfully\n" || SCCU_MS.PollSensors() == "A AlarmSystem.MotionSensor sensor was triggered at the front door\n" || SCCU_MS.PollSensors() == "Oh oh, I roam the city at night")?true:false, "TestThatPollMotionSensorsSucceeds() FAILED"); }
public IActionResult UpdateMotionSensor([FromBody] MotionSensor sensor) { if (!ModelState.IsValid) { return(BadRequest(ModelState)); } _sensorRepository.UpdateMotionSensor(sensor); return(new JsonResult(sensor.SensorId)); }
public void TestThatGetLocationReturnsLocation() { MotionSensor sensor = new MotionSensor("Main Door"); string location = sensor.GetLocation(); Assert.AreEqual("Main Door", location); MotionSensor sensor_2 = new MotionSensor("Back Door"); string location_2 = sensor_2.GetLocation(); Assert.AreEqual("Back Door", location_2); }
public int UpdateMotionSensor(MotionSensor sensor) { if (sensor == null) { throw new Exception("Sensore object cannot be null"); } _databaseContext.Sensors.Update(sensor); _databaseContext.SaveChanges(); return(sensor.SensorId); }
public void TestThatIsTriggeredCanReturnTrue() { MotionSensor sensor = new MotionSensor(); List <bool> results = new List <bool>(); for (var i = 0; i <= 1000; i++) { results.Add(sensor.Trigger()); } Assert.AreEqual(true, results.Contains(true)); }
public void InsertRecord(int boxId, string deviceName, DateTime dateTime) { MotionSensor motionSensor = new MotionSensor(); motionSensor.BoxId = boxId; motionSensor.MeasureTime = dateTime; motionSensor.Device = deviceName; motionSensor.DeviceId = 1234; _context.MotionSensors.Add(motionSensor); _context.SaveChanges(); }
public void TestThatPollingMotionSensorNotBetween2200To0600Fails() { ILocationProvider FD = new SensorAtFrontDoor(); ICableSensor MS = new MotionSensor(FD); SCCU_MS = new SecurityControlUnit <ICableSensor>(new List <ICableSensor> { MS }); Assert.IsTrue((SCCU_MS.PollSensors(new TimeSpan(23, 0, 0)) == "Polled AlarmSystem.MotionSensor at the front door successfully\n" || SCCU_MS.PollSensors(new TimeSpan(23, 0, 0)) == "A AlarmSystem.MotionSensor sensor was triggered at the front door\n")?true:false, "TestThatPollingMotionSensorNotBetween2200To0600Fails() FAILED"); Assert.IsTrue((SCCU_MS.PollSensors(new TimeSpan(01, 0, 0)) == "Polled AlarmSystem.MotionSensor at the front door successfully\n" || SCCU_MS.PollSensors(new TimeSpan(23, 0, 0)) == "A AlarmSystem.MotionSensor sensor was triggered at the front door\n")?true:false, "TestThatPollingMotionSensorNotBetween2200To0600Fails() FAILED"); Assert.AreEqual("Oh oh, I roam the city at night", SCCU_MS.PollSensors(new TimeSpan(21, 0, 0))); }
public void SimulateMotionEvents() { stopWatch.Restart(); numEventsSent = 0; LogStatus("Sending Motion Events..."); SensorBase sensor = new MotionSensor("2", TransmitEvent); sensor.InitSchedule(10); Console.WriteLine("Generated {0:###,###,###} Events", sensor.CountOfDataPoints); sensor.Start().Wait(); FlushEventHubBuffer(); stopWatch.Stop(); Console.WriteLine("Completed transmission in {0} seconds. Sent {1:###,###,###} events.", stopWatch.Elapsed.TotalSeconds, numEventsSent); }
public IActionResult AddMotionSensor([FromBody] MotionSensor sensor) { if (!ModelState.IsValid) { return(BadRequest(ModelState)); } var house = _houseRepository.GetHouse(sensor.HouseId); if (house == null) { return(NotFound("Cannot find house with provided houseId.")); } _sensorRepository.AddMotionSensor(sensor, house); return(new JsonResult(sensor.SensorId)); }
public void Check_MotionSensor_ReadAck_Data() { // Arrange var cmd = Helpers .CreateCommand("read_ack", "motion", "158d0001214e1f", 19149, new Dictionary <string, object> { { "voltage", "2985" } }); // Act MotionSensor device = _fixture.GetDeviceByCommand <MotionSensor>(cmd); // Assert Assert.Equal("motion", device.Type); Assert.Equal("158d0001214e1f", device.Sid); Assert.Equal(2.985f, device.Voltage); }
// Token: 0x06000C89 RID: 3209 RVA: 0x000500D4 File Offset: 0x0004E2D4 public void Detected(MotionSensor sensor) { this.source.Play(); if (sensor.id == 0) { this.detected1 = true; base.StartCoroutine(this.DisableMotionSensor1Colour()); if (this.image1) { this.image1.color = Color.green; return; } } else if (sensor.id == 1) { this.detected2 = true; base.StartCoroutine(this.DisableMotionSensor2Colour()); if (this.image2) { this.image2.color = Color.green; return; } } else if (sensor.id == 2) { this.detected3 = true; base.StartCoroutine(this.DisableMotionSensor3Colour()); if (this.image3) { this.image3.color = Color.green; return; } } else if (sensor.id == 3) { this.detected4 = true; base.StartCoroutine(this.DisableMotionSensor4Colour()); if (this.image4) { this.image4.color = Color.green; } } }
void motionSensor_Motion_Sensed(MotionSensor sender, MotionSensor.Motion_SensorState state) { try { if (camera.CameraReady) { camera.TakePicture(); } else { Debug.Print("Camera not ready, no picutre taken"); } } catch (Exception ex) { Debug.Print(ex.Message); throw ex; } }
public int UpdateMotionSensor(MotionSensor sensor) { if (sensor == null) { throw new Exception("Sensore object cannot be null"); } try { _databaseContext.Sensors.Update(sensor); _databaseContext.SaveChanges(); } catch (Exception exp) { Console.WriteLine(exp.Message); } return(sensor.SensorId); }
public int AddMotionSensor(MotionSensor sensor, House house) { if (sensor == null) { throw new Exception("Sensore object cannot be null"); } if (house == null) { throw new Exception("House object cannot be null"); } sensor.House = house; sensor.HouseId = house.HouseId; sensor.Type = ConstValues.MOTION; _databaseContext.Sensors.Add(sensor); _databaseContext.SaveChanges(); return(sensor.SensorId); }