protected override void Initialize() { InitializeHealthMonitor(22); var pi2PortController = new Pi2PortController(); AddDevice(new BuiltInI2CBus(Logger)); AddDevice(new OpenWeatherMapWeatherStation(OpenWeatherMapWeatherStation.DefaultDeviceId, Timer, HttpApiController, Logger)); var ccToolsFactory = new CCToolsBoardController(this, Device <II2CBus>(), HttpApiController, Logger); var hsrt16 = ccToolsFactory.CreateHSRT16(Device.CellarHSRT16, new I2CSlaveAddress(32)); var garden = this.CreateArea(RoomId.Garden) .WithLamp(Garden.LampTerrace, hsrt16[HSRT16Pin.Relay15]) .WithLamp(Garden.LampGarage, hsrt16[HSRT16Pin.Relay14]) .WithLamp(Garden.LampTap, hsrt16[HSRT16Pin.Relay13]) .WithLamp(Garden.SpotlightRoof, hsrt16[HSRT16Pin.Relay12]) .WithLamp(Garden.LampRearArea, hsrt16[HSRT16Pin.Relay11]) .WithSocket(Garden.SocketPavillion, hsrt16[HSRT16Pin.Relay10]) // 9 = free .WithLamp(Garden.LampParkingLot, new LogicalBinaryOutput().WithOutput(hsrt16[HSRT16Pin.Relay8]).WithOutput(hsrt16[HSRT16Pin.Relay6]).WithOutput(hsrt16[HSRT16Pin.Relay7])) .WithButton(Garden.Button, pi2PortController.GetInput(4).WithInvertedState()) .WithStateMachine(Garden.StateMachine, SetupStateMachine); garden.StateMachine(Garden.StateMachine).ConnectMoveNextAndToggleOffWith(garden.Button(Garden.Button)); garden.SetupConditionalOnAutomation() .WithActuator(garden.Lamp(Garden.LampParkingLot)) .WithOnAtNightRange(Device <IWeatherStation>()) .WithOffBetweenRange(TimeSpan.Parse("22:30:00"), TimeSpan.Parse("05:00:00")); Timer.Tick += (s, e) => { pi2PortController.PollOpenInputPorts(); }; }
protected override void Initialize() { InitializeHealthMonitor(LedGpio); AddDevice(new BuiltInI2CBus()); var piPortController = new Pi2PortController(); AddDevice(piPortController); var ccToolsBoardController = new CCToolsBoardController(this, GetDevice <II2CBus>()); AddDevice(ccToolsBoardController); // Setup the remote switch 433Mhz sender which is attached to the I2C bus (Arduino Nano). AddDevice(new I2CHardwareBridge(new I2CSlaveAddress(50), GetDevice <II2CBus>(), Timer)); RegisterService(new SynonymService()); RegisterService(new OpenWeatherMapWeatherService(Timer, ApiController)); SetupRoom(); GetService <SynonymService>().TryLoadPersistedSynonyms(); GetService <SynonymService>().RegisterDefaultComponentStateSynonyms(this); Timer.Tick += (s, e) => { piPortController.PollOpenInputPorts(); ccToolsBoardController.PollInputBoardStates(); }; SetupDemo(); }
protected override async Task ConfigureAsync() { var pi2PortController = new Pi2PortController(); AddDevice(new BuiltInI2CBus()); ServiceLocator.RegisterService(typeof(OpenWeatherMapWeatherService), new OpenWeatherMapService(ApiController, ServiceLocator.GetService <IDateTimeService>(), ServiceLocator.GetService <ISchedulerService>(), ServiceLocator.GetService <ISystemInformationService>())); var ccToolsFactory = new CCToolsBoardController(this, GetDevice <II2CBus>()); var hsrt16 = ccToolsFactory.CreateHSRT16(Device.CellarHSRT16, new I2CSlaveAddress(32)); var garden = this.CreateArea(RoomId.Garden) .WithLamp(Garden.LampTerrace, hsrt16[HSRT16Pin.Relay15]) .WithLamp(Garden.LampGarage, hsrt16[HSRT16Pin.Relay14]) .WithLamp(Garden.LampTap, hsrt16[HSRT16Pin.Relay13]) .WithLamp(Garden.SpotlightRoof, hsrt16[HSRT16Pin.Relay12]) .WithLamp(Garden.LampRearArea, hsrt16[HSRT16Pin.Relay11]) .WithSocket(Garden.SocketPavillion, hsrt16[HSRT16Pin.Relay10]) // 9 = free .WithLamp(Garden.LampParkingLot, new LogicalBinaryOutput().WithOutput(hsrt16[HSRT16Pin.Relay8]).WithOutput(hsrt16[HSRT16Pin.Relay6]).WithOutput(hsrt16[HSRT16Pin.Relay7])) .WithButton(Garden.Button, pi2PortController.GetInput(4).WithInvertedState()) .WithStateMachine(Garden.StateMachine, SetupStateMachine); garden.GetStateMachine(Garden.StateMachine).ConnectMoveNextAndToggleOffWith(garden.GetButton(Garden.Button)); garden.SetupConditionalOnAutomation() .WithActuator(garden.GetLamp(Garden.LampParkingLot)) .WithOnAtNightRange() .WithOffBetweenRange(TimeSpan.Parse("22:30:00"), TimeSpan.Parse("05:00:00")); Timer.Tick += (s, e) => { pi2PortController.PollOpenInputPorts(); }; await base.ConfigureAsync(); }
protected override async Task ConfigureAsync() { AddDevice(new BuiltInI2CBus()); var piPortController = new Pi2PortController(); AddDevice(piPortController); var ccToolsBoardController = new CCToolsBoardController(this, GetDevice <II2CBus>()); AddDevice(ccToolsBoardController); // Setup the remote switch 433Mhz sender which is attached to the I2C bus (Arduino Nano). AddDevice(new I2CHardwareBridge(new I2CSlaveAddress(50), GetDevice <II2CBus>(), ServiceLocator.GetService <ISchedulerService>())); ServiceLocator.RegisterService(typeof(SynonymService), new SynonymService()); ServiceLocator.RegisterService(typeof(OpenWeatherMapService), new OpenWeatherMapService(ApiController, ServiceLocator.GetService <IDateTimeService>(), ServiceLocator.GetService <ISchedulerService>(), ServiceLocator.GetService <ISystemInformationService>())); SetupRoom(); ServiceLocator.GetService <SynonymService>().TryLoadPersistedSynonyms(); ServiceLocator.GetService <SynonymService>().RegisterDefaultComponentStateSynonyms(this); Timer.Tick += (s, e) => { piPortController.PollOpenInputPorts(); ccToolsBoardController.PollInputBoardStates(); }; SetupDemo(); await base.ConfigureAsync(); }
protected override void Initialize() { // Setup the health monitor which tracks the average time and let an LED blink if everything is healthy. InitializeHealthMonitor(LedGpio); // Setup the controller which provides ports from the GPIOs of the Pi2. var pi2PortController = new Pi2PortController(); // Setup the wrapper for I2C bus access. var i2CBus = new BuiltInI2CBus(Logger); // Setup the controller which creates ports for IO boards from CCTools (or based on PCF8574/MAX7311/PCA9555D). var ccToolsBoardController = new CCToolsBoardController(this, i2CBus, HttpApiController, Logger); var hspe16 = ccToolsBoardController.CreateHSPE16InputOnly(InstalledDevice.HSPE16, new I2CSlaveAddress(41)); var hsrel8 = ccToolsBoardController.CreateHSREL8(InstalledDevice.HSRel8, new I2CSlaveAddress(40)); var hsrel5 = ccToolsBoardController.CreateHSREL5(InstalledDevice.HSRel5, new I2CSlaveAddress(56)); // Setup the remote switch 433Mhz sender which is attached to the I2C bus (Arduino Nano). var i2CHardwareBridge = new I2CHardwareBridge(new DeviceId("HB"), new I2CSlaveAddress(50), i2CBus, Timer); var remoteSwitchSender = new LPD433MHzSignalSender(i2CHardwareBridge, I2CHardwareBridge433MHzSenderPin, HttpApiController); // Setup the controller which creates ports for wireless sockets (433Mhz). var ic = new IntertechnoCodeSequenceProvider(); var remoteSwitchController = new RemoteSocketController(new DeviceId("RemoteSocketController"), remoteSwitchSender, Timer) .WithRemoteSocket(0, ic.GetSequence(IntertechnoSystemCode.A, IntertechnoUnitCode.Unit1, RemoteSocketCommand.TurnOn), ic.GetSequence(IntertechnoSystemCode.A, IntertechnoUnitCode.Unit1, RemoteSocketCommand.TurnOff)); // Setup the weather station which provides sunrise and sunset information. AddDevice(new OpenWeatherMapWeatherStation(OpenWeatherMapWeatherStation.DefaultDeviceId, Timer, HttpApiController, Logger)); // Add the example area with the example actuators. var area = this.CreateArea(Room.ExampleRoom) .WithTemperatureSensor(ExampleRoom.TemperatureSensor, i2CHardwareBridge.DHT22Accessor.GetTemperatureSensor(5)) .WithHumiditySensor(ExampleRoom.HumiditySensor, i2CHardwareBridge.DHT22Accessor.GetHumiditySensor(5)) .WithMotionDetector(ExampleRoom.MotionDetector, hspe16.GetInput(8)) .WithWindow(ExampleRoom.Window, w => w.WithCenterCasement(hspe16.GetInput(0))) .WithLamp(ExampleRoom.Lamp1, remoteSwitchController.GetOutput(0)) .WithSocket(ExampleRoom.Socket1, hsrel5.GetOutput(0)) .WithSocket(ExampleRoom.Socket2, hsrel5.GetOutput(4)) .WithSocket(ExampleRoom.BathroomFan, hsrel5.GetOutput(3)) .WithLamp(ExampleRoom.Lamp2, hsrel8.GetOutput(0)) .WithLamp(ExampleRoom.Lamp3, hsrel8.GetOutput(1)) .WithLamp(ExampleRoom.Lamp4, hsrel8.GetOutput(2)) .WithLamp(ExampleRoom.Lamp5, hsrel8.GetOutput(3)) .WithLamp(ExampleRoom.Lamp6, hsrel8.GetOutput(4)) .WithButton(ExampleRoom.Button1, hspe16.GetInput(1)) .WithButton(ExampleRoom.Button2, hspe16.GetInput(2)) .WithVirtualButtonGroup(ExampleRoom.LedStripRemote, g => SetupLEDStripRemote(i2CHardwareBridge, g)) .WithStateMachine(ExampleRoom.CeilingFan, (sm, r) => SetupCeilingFan(sm)); area.Lamp(ExampleRoom.Lamp5).ConnectToggleActionWith(area.Button(ExampleRoom.Button1)); area.Lamp(ExampleRoom.Lamp6).ConnectToggleActionWith(area.Button(ExampleRoom.Button1), ButtonPressedDuration.Long); area.StateMachine(ExampleRoom.CeilingFan).ConnectMoveNextAndToggleOffWith(area.Button(ExampleRoom.Button2)); SetupHumidityDependingOutput(area.HumiditySensor(ExampleRoom.HumiditySensor), hsrel8.GetOutput(5)); area.SetupTurnOnAndOffAutomation() .WithTrigger(area.MotionDetector(ExampleRoom.MotionDetector)) .WithTarget(area.BinaryStateOutput(ExampleRoom.BathroomFan)) .WithTarget(area.BinaryStateOutput(ExampleRoom.Lamp2)) .WithOnDuration(TimeSpan.FromSeconds(10)); Timer.Tick += (s, e) => { pi2PortController.PollOpenInputPorts(); ccToolsBoardController.PollInputBoardStates(); }; }