public void Start()
{
Blinking = true;
messageClient.CommandReceived += client_CommandReceived;
messageClient.Start(ipAddress, portNumber);
if (pibrella.Connection.IsOpened)
{
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_GREEN_LED, Environment.Objects.PibrellaBoard.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_YELLOW_LED, Environment.Objects.PibrellaBoard.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_RED_LED, Environment.Objects.PibrellaBoard.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_BUTTON, Environment.Objects.PibrellaBoard.DATA_BUTTON_STATUS);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_GREEN_LED, Environment.Objects.PibrellaBoard.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_YELLOW_LED, Environment.Objects.PibrellaBoard.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_RED_LED, Environment.Objects.PibrellaBoard.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_BUTTON, Environment.Objects.PibrellaBoard.COMMAND_BUTTON_PRESSED);
aTimer = new Timer(Period);
// Hook up the Elapsed event for the timer.
aTimer.Elapsed += OnTimedEvent;
aTimer.Enabled = true;
}
}
public void Start(string ipAddress, int port, int heartbeatPeriod)
{
while (true)
{
try
{
reconnectEvent.Reset();
messageClient = new MessageClient(Environment.Devices.NETDUINO_3_WIFI, heartbeatPeriod, false);
if (messageClient != null)
{
messageClient.CommandReceived += socketClient_CommandReceived;
messageClient.Start(ipAddress, port);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_BOARD_LED, Environment.LEDs.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_BUTTON, Environment.LEDs.DATA_BUTTON_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_SENSOR, Environment.LEDs.DATA_SENSOR_RANDOM);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_RED_LED, Environment.LEDs.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_GREEN_LED, Environment.LEDs.DATA_LED_STATUS);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.LEDs.OBJECT_BOARD_LED, Environment.LEDs.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.LEDs.OBJECT_GREEN_LED, Environment.LEDs.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.LEDs.OBJECT_RED_LED, Environment.LEDs.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.LEDs.OBJECT_BUTTON, Environment.LEDs.COMMAND_BUTTON_PRESSED);
}
TimerCallback workTimerCallBack = DoWork;
Timer workTimer = new Timer(workTimerCallBack, messageClient, STARTUP_TIME, PERIOD);
reconnectEvent.WaitOne();
}
catch (Exception exception)
{
Logger.Instance.Write("Start() : " + exception.ToString());
if (messageClient != null)
{
messageClient.CommandReceived -= socketClient_CommandReceived;
}
AutoResetEvent autoResetEvent = new AutoResetEvent(false);
autoResetEvent.WaitOne(RECONNECTION_TIMER_DURATION, false);
reconnectEvent.Set();
}
}
}
public void Start(string ipAddress, int port, bool isLoggingEnabled)
{
while (true)
{
try
{
reconnectEvent.Reset();
messageClient = new MessageClient(Environment.Devices.NETDUINO_3, isLoggingEnabled);
if (messageClient != null)
{
messageClient.CommandReceived += socketClient_CommandReceived;
messageClient.Start(ipAddress, port);
messageClient.PublishData(Environment.Devices.ALL, Environment.Netduino3.OBJECT_BOARD_LED, Environment.Netduino3.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Netduino3.OBJECT_BUTTON, Environment.Netduino3.DATA_BUTTON_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Netduino3.OBJECT_TEMPERATURE_SENSOR, Environment.Netduino3.DATA_SENSOR_TEMPERATURE);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Netduino3.OBJECT_BOARD_LED, Environment.Netduino3.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Netduino3.OBJECT_BUTTON, Environment.Netduino3.COMMAND_BUTTON_PRESSED);
}
button.OnInterrupt += new NativeEventHandler(button_OnInterrupt);
TimerCallback workTimerCallBack = DoWork;
Timer workTimer = new Timer(workTimerCallBack, messageClient, STARTUP_TIME, PERIOD);
reconnectEvent.WaitOne();
}
catch (Exception exception)
{
Logger.Instance.Write("Start() : " + exception.ToString());
if (messageClient != null)
{
messageClient.CommandReceived -= socketClient_CommandReceived;
}
button.OnInterrupt -= new NativeEventHandler(button_OnInterrupt);
AutoResetEvent autoResetEvent = new AutoResetEvent(false);
autoResetEvent.WaitOne(RECONNECTION_TIMER_DURATION, false);
reconnectEvent.Set();
}
}
}
public void Start()
{
messageClient.CommandReceived += client_CommandReceived;
messageClient.Start(ipAddress, portNumber);
if (pibrella.Connection.IsOpened)
{
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_GREEN_LED, Environment.Objects.PibrellaBoard.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_YELLOW_LED, Environment.Objects.PibrellaBoard.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_RED_LED, Environment.Objects.PibrellaBoard.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.PibrellaBoard.OBJECT_BUTTON, Environment.Objects.PibrellaBoard.DATA_BUTTON_STATUS);
messageClient.SubscribeToCommand(Environment.Devices.SERVER, Environment.Objects.PibrellaBoard.OBJECT_GREEN_LED, Environment.Objects.PibrellaBoard.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.SERVER, Environment.Objects.PibrellaBoard.OBJECT_YELLOW_LED, Environment.Objects.PibrellaBoard.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.SERVER, Environment.Objects.PibrellaBoard.OBJECT_RED_LED, Environment.Objects.PibrellaBoard.COMMAND_TOGGLE_LED);
}
}
public void Start(string ipAddress, int port, int heartbeatPeriod, bool isLoggingEnabled)
{
while (true)
{
try
{
reconnectEvent.Reset();
messageClient = new MessageClient(DeviceName, heartbeatPeriod, isLoggingEnabled);
if (messageClient != null)
{
messageClient.DataReceived += messageClient_DataReceived;
messageClient.CommandReceived += messageClient_CommandReceived;
messageClient.Start(ipAddress, port);
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.NetduinoBoard.OBJECT_BOARD_LED, Environment.Objects.NetduinoBoard.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.NetduinoBoard.OBJECT_BUTTON, Environment.Objects.NetduinoBoard.DATA_BUTTON_STATUS);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Objects.NetduinoBoard.OBJECT_BOARD_LED, Environment.Objects.NetduinoBoard.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Objects.NetduinoBoard.OBJECT_BUTTON, Environment.Objects.NetduinoBoard.COMMAND_BUTTON_PRESSED);
SendServerMessages();
}
if (DoWorkPeriod > 0)
{
TimerCallback workTimerCallBack = DoWork;
Timer workTimer = new Timer(workTimerCallBack, messageClient, DoWorkStartupTime, DoWorkPeriod);
}
reconnectEvent.WaitOne();
}
catch (Exception exception)
{
Logger.Instance.Write("Start() : " + exception.ToString());
if (messageClient != null)
{
messageClient.CommandReceived -= messageClient_CommandReceived;
}
}
}
}
public static void Start(string ipAddress, int portNumber)
{
messageClient = new MessageClient(Devices.NETDUINO_3_WIFI, HEARTBEAT_PERIOD_IN_MILLESECONDS);
messageClient.DataReceived += client_DataReceived;
messageClient.CommandReceived += client_CommandReceived;
Console.WriteLine("Device console.");
Console.WriteLine("Hit a key to start client, hit [0,1,2,3] to send MCP4921 voltages values, hit ESC to exit.");
Console.ReadKey();
messageClient.Start(ipAddress, portNumber);
bool running = true;
Console.WriteLine("Running.");
//Simulating a Netduino device with two LEDs
messageClient.PublishData(Environment.Devices.ALL, Environment.Objects.MCP4921.OBJECT_ANALOG_DATA, Environment.Objects.MCP4921.DATA_ANALOG_VALUE);
messageClient.SubscribeToData(Environment.Devices.ALL, Environment.Objects.MCP4921.OBJECT_DIGITAL_DATA, Environment.Objects.MCP4921.DATA_DIGITAL_VALUE);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.Objects.MCP4921.OBJECT_DIGITAL_DATA, Environment.Objects.MCP4921.COMMAND_CONVERT);
while (running)
{
ConsoleKeyInfo keyInfo = Console.ReadKey();
if (messageClient != null)
{
if (keyInfo.KeyChar.Equals('0') || keyInfo.KeyChar.Equals('1') || keyInfo.KeyChar.Equals('2') || keyInfo.KeyChar.Equals('3'))
{
if (messageClient != null)
{
messageClient.SendData(Environment.Devices.ALL, Environment.Objects.MCP4921.OBJECT_ANALOG_DATA, Environment.Objects.MCP4921.DATA_ANALOG_VALUE, keyInfo.KeyChar.ToString());
}
}
else if (keyInfo.Key == ConsoleKey.Escape)
{
running = false;
break;
}
}
}
Console.WriteLine("Stopped.");
messageClient.Stop();
}
public static void Start(string ipAddress, int portNumber)
{
try
{
messageClient = new MessageClient(Devices.WINDOWS_CONSOLE, HEARTBEAT_PERIOD_IN_MILLESECONDS);
messageClient.CommandReceived += client_CommandReceived;
messageClient.Start(ipAddress, portNumber);
string typedNumber;
int messagesPerSecond;
int period;
do
{
Console.WriteLine("Type number of messages per second:");
typedNumber = Console.ReadLine();
}while (!Int32.TryParse(typedNumber, out messagesPerSecond));
period = Convert.ToInt32(Math.Round(1000d / messagesPerSecond));
Console.WriteLine("Data generator.");
Console.WriteLine("Running.");
messageClient.PublishData(Devices.ALL, DataGenerator.OBJECT_GENERATOR, DataGenerator.DATA_GENERATOR_DATA);
messageClient.SubscribeToCommand(Devices.ALL, DataGenerator.OBJECT_GENERATOR, DataGenerator.COMMAND_TOGGLE_GENERATION);
Console.WriteLine("Hit a key to start data generation.");
Console.ReadKey();
TimerCallback workTimerCallBack = DoWork;
Timer workTimer = new Timer(workTimerCallBack, messageClient, STARTUP_TIME, period);
Console.WriteLine("Hit a key to stop data generation.");
Console.ReadKey();
Console.WriteLine("Stopped.");
messageClient.Stop();
}
catch (Exception exception)
{
Trace.WriteLine(exception);
}
}
public static void Start(string ipAddress, int portNumber)
{
bool BoardLedStatus = false;
bool RedLedStatus = false;
bool GreenLedStatus = false;
messageClient = new MessageClient(Devices.PHOTON_B, HEARTBEAT_PERIOD_IN_MILLESECONDS);
messageClient.DataReceived += client_DataReceived;
messageClient.CommandReceived += client_CommandReceived;
Console.WriteLine("Device console.");
Console.WriteLine("Hit a key to start client, hit [0,3] to send Photon data, hit ESC to exit.");
Console.ReadKey();
messageClient.Start(ipAddress, portNumber);
bool running = true;
Console.WriteLine("Running.");
//Simulating a Netduino device with two LEDs
messageClient.PublishData(Devices.ALL, Photon.OBJECT_SENSOR, Photon.DATA_SENSOR_HUMIDITY);
messageClient.PublishData(Devices.ALL, Photon.OBJECT_SENSOR, Photon.DATA_SENSOR_TEMPERATURE);
messageClient.PublishData(Devices.ALL, Photon.OBJECT_BOARD_LED, Photon.DATA_LED_STATUS);
messageClient.PublishData(Devices.ALL, Photon.OBJECT_RED_LED, Photon.DATA_LED_STATUS);
messageClient.PublishData(Devices.ALL, Photon.OBJECT_GREEN_LED, Photon.DATA_LED_STATUS);
messageClient.SubscribeToCommand(Devices.ALL, Photon.OBJECT_GREEN_LED, Photon.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Devices.ALL, Photon.OBJECT_RED_LED, Photon.COMMAND_TOGGLE_LED);
while (running)
{
ConsoleKeyInfo keyInfo = Console.ReadKey();
if (keyInfo.KeyChar.Equals('0'))
{
messageClient.SendData(Devices.ALL, Photon.OBJECT_SENSOR, Photon.DATA_SENSOR_TEMPERATURE, "20");
}
else if (keyInfo.KeyChar.Equals('1'))
{
BoardLedStatus = !BoardLedStatus;
messageClient.SendData(Devices.ALL,
Photon.OBJECT_BOARD_LED,
Photon.DATA_LED_STATUS,
BoardLedStatus ?
Photon.CONTENT_LED_STATUS_ON :
Photon.CONTENT_LED_STATUS_OFF);
}
else if (keyInfo.KeyChar.Equals('2'))
{
RedLedStatus = !RedLedStatus;
messageClient.SendData(Devices.ALL,
Photon.OBJECT_RED_LED,
Photon.DATA_LED_STATUS,
RedLedStatus ?
Photon.CONTENT_LED_STATUS_ON :
Photon.CONTENT_LED_STATUS_OFF);
}
else if (keyInfo.KeyChar.Equals('3'))
{
GreenLedStatus = !GreenLedStatus;
messageClient.SendData(Devices.ALL,
Photon.OBJECT_GREEN_LED,
Photon.DATA_LED_STATUS,
GreenLedStatus ?
Photon.CONTENT_LED_STATUS_ON :
Photon.CONTENT_LED_STATUS_OFF);
}
else if (keyInfo.Key == ConsoleKey.Escape)
{
running = false;
break;
}
}
Console.WriteLine("Stopped.");
messageClient.Stop();
}
public static void Start(string ipAddress, int portNumber)
{
bool RedLedStatus = false;
bool GreenLedStatus = false;
messageClient = new MessageClient(Devices.NETDUINO_3_WIFI, HEARTBEAT_PERIOD_IN_MILLESECONDS);
messageClient.DataReceived += client_DataReceived;
messageClient.CommandReceived += client_CommandReceived;
Console.WriteLine("Device console.");
Console.WriteLine("Hit a key to start client, hit [0,2] to send Netduino data, hit ESC to exit.");
Console.ReadKey();
messageClient.Start(ipAddress, portNumber);
bool running = true;
Console.WriteLine("Running.");
//Simulating a Netduino device with two LEDs
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_BOARD_LED, Environment.LEDs.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_BUTTON, Environment.LEDs.DATA_BUTTON_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_SENSOR, Environment.LEDs.DATA_SENSOR_RANDOM);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_RED_LED, Environment.LEDs.DATA_LED_STATUS);
messageClient.PublishData(Environment.Devices.ALL, Environment.LEDs.OBJECT_GREEN_LED, Environment.LEDs.DATA_LED_STATUS);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.LEDs.OBJECT_GREEN_LED, Environment.LEDs.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.LEDs.OBJECT_RED_LED, Environment.LEDs.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Environment.Devices.ALL, Environment.LEDs.OBJECT_BUTTON, Environment.LEDs.COMMAND_BUTTON_PRESSED);
while (running)
{
ConsoleKeyInfo keyInfo = Console.ReadKey();
if (keyInfo.KeyChar.Equals('0'))
{
messageClient.SendData(Environment.Devices.ALL, Environment.LEDs.OBJECT_BUTTON, Environment.LEDs.DATA_BUTTON_STATUS, Environment.LEDs.CONTENT_BUTTON_PRESSED);
}
else if (keyInfo.KeyChar.Equals('1'))
{
RedLedStatus = !RedLedStatus;
messageClient.SendData(Environment.Devices.ALL,
Environment.LEDs.OBJECT_RED_LED,
Environment.LEDs.DATA_LED_STATUS,
RedLedStatus ?
Environment.LEDs.CONTENT_LED_STATUS_ON :
Environment.LEDs.CONTENT_LED_STATUS_OFF);
}
else if (keyInfo.KeyChar.Equals('2'))
{
GreenLedStatus = !GreenLedStatus;
messageClient.SendData(Environment.Devices.ALL,
Environment.LEDs.OBJECT_GREEN_LED,
Environment.LEDs.DATA_LED_STATUS,
GreenLedStatus ?
Environment.LEDs.CONTENT_LED_STATUS_ON :
Environment.LEDs.CONTENT_LED_STATUS_OFF);
}
else if (keyInfo.Key == ConsoleKey.Escape)
{
running = false;
break;
}
}
Console.WriteLine("Stopped.");
messageClient.Stop();
}
public static void Start(string ipAddress, int portNumber)
{
bool redLedStatus = false;
bool greenLedStatus = false;
bool yellowLedStatus = false;
messageClient = new MessageClient(Devices.RASPBERRY_PI_B, HEARTBEAT_PERIOD_IN_MILLESECONDS);
messageClient.DataReceived += client_DataReceived;
messageClient.CommandReceived += client_CommandReceived;
Console.WriteLine("Pibrella simulator.");
Console.WriteLine("Hit a key to start client, hit [0,3] to send Pibrella data, hit ESC to exit.");
Console.ReadKey();
messageClient.Start(ipAddress, portNumber);
bool running = true;
Console.WriteLine("Running.");
//Simulating a Pibrella device
messageClient.PublishData(Devices.ALL, Pibrella.OBJECT_GREEN_LED, Pibrella.DATA_LED_STATUS);
messageClient.PublishData(Devices.ALL, Pibrella.OBJECT_YELLOW_LED, Pibrella.DATA_LED_STATUS);
messageClient.PublishData(Devices.ALL, Pibrella.OBJECT_RED_LED, Pibrella.DATA_LED_STATUS);
messageClient.PublishData(Devices.ALL, Pibrella.OBJECT_BUTTON, Pibrella.DATA_BUTTON_STATUS);
messageClient.SubscribeToCommand(Devices.ALL, Pibrella.OBJECT_GREEN_LED, Pibrella.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Devices.ALL, Pibrella.OBJECT_YELLOW_LED, Pibrella.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Devices.ALL, Pibrella.OBJECT_RED_LED, Pibrella.COMMAND_TOGGLE_LED);
messageClient.SubscribeToCommand(Devices.ALL, Pibrella.OBJECT_BUTTON, Pibrella.COMMAND_BUTTON_PRESSED);
while (running)
{
ConsoleKeyInfo keyInfo = Console.ReadKey();
if (keyInfo.KeyChar.Equals('0'))
{
messageClient.SendData(Devices.ALL,
Environment.Pibrella.OBJECT_BUTTON,
Environment.Pibrella.DATA_BUTTON_STATUS,
Environment.Pibrella.CONTENT_BUTTON_PRESSED);
}
else if (keyInfo.KeyChar.Equals('1'))
{
redLedStatus = !redLedStatus;
messageClient.SendData(Devices.ALL,
Pibrella.OBJECT_RED_LED,
Pibrella.DATA_LED_STATUS,
redLedStatus ?
Pibrella.CONTENT_LED_STATUS_ON :
Pibrella.CONTENT_LED_STATUS_OFF);
}
else if (keyInfo.KeyChar.Equals('2'))
{
yellowLedStatus = !yellowLedStatus;
messageClient.SendData(Devices.ALL,
Pibrella.OBJECT_YELLOW_LED,
Pibrella.DATA_LED_STATUS,
yellowLedStatus ?
Pibrella.CONTENT_LED_STATUS_ON :
Pibrella.CONTENT_LED_STATUS_OFF);
}
else if (keyInfo.KeyChar.Equals('3'))
{
greenLedStatus = !greenLedStatus;
messageClient.SendData(Devices.ALL,
Pibrella.OBJECT_GREEN_LED,
Pibrella.DATA_LED_STATUS,
greenLedStatus ?
Pibrella.CONTENT_LED_STATUS_ON :
Pibrella.CONTENT_LED_STATUS_OFF);
}
else if (keyInfo.Key == ConsoleKey.Escape)
{
running = false;
break;
}
}
Console.WriteLine("Stopped.");
messageClient.Stop();
}
