public void Run()
{
if (_applet == null)
{
return;
}
_applet.Connect();
_device = null;
_waitAre.WaitOne();
do
{
if (_monoArrived)
{
_device = (LcdDeviceMonochrome)_applet.OpenDeviceByType(LcdDeviceType.Monochrome);
_device.SoftButtonsChanged += _device_SoftButtonsChanged;
Draw();
}
if (_applet.IsEnabled && _device != null && !_device.IsDisposed)
{
_device.DoUpdateAndDraw();
}
} while (!_mustExit);
if (_applet.IsEnabled && _device != null && !_device.IsDisposed)
{
_device.DoUpdateAndDraw();
}
Thread.Sleep(5);
}
public static void Main()
{
Applet = new LcdApplet("G15 Process Manager", LcdAppletCapabilities.Monochrome);
Applet.Configure += new EventHandler(Applet_Configure);
Applet.Connect();
Device = (LcdDeviceMonochrome)Applet.OpenDeviceByType(LcdDeviceType.Monochrome);
Device.SoftButtonsChanged += new EventHandler<LcdSoftButtonsEventArgs>(Device_SoftButtonsChanged);
CurrentIndex = 0;
CreateGDIPages();
do
{
Device.DoUpdateAndDraw();
Thread.Sleep(3000);
}
while (!_mustExit);
Applet.Disconnect();
//Console.ReadKey();
}
/// <summary>
/// On startup, we are creation a new Applet.
/// </summary>
/// <param name="e"></param>
protected override void OnStartup(StartupEventArgs e)
{
base.OnStartup(e);
_applet = new LcdApplet("GammaJul LgLcd WPF Sample", LcdAppletCapabilities.Qvga);
// Register to events to know when a device arrives, then connects the applet to the LCD Manager
_applet.DeviceArrival += Applet_DeviceArrival;
_applet.Connect();
}
public LCDHandler()
{
UpdatedTimer.AutoReset = true;
UpdatedTimer.Elapsed += new ElapsedEventHandler(UpdatedTimer_Elapsed);
UpdatedTimer.Start();
_Applet = new LcdApplet("Skype LCD", LcdAppletCapabilities.Both, true);
_Applet.DeviceArrival += new EventHandler <LcdDeviceTypeEventArgs>(_Applet_DeviceArrival);
_Applet.Configure += new EventHandler(_Applet_Configure);
_Applet.Connect();
}
internal static void Main()
{
LcdApplet applet = new LcdApplet("GammaJul LgLcd GDI+ Sample", LcdAppletCapabilities.Both);
// Register to events to know when a device arrives, then connects the applet to the LCD Manager
applet.Configure += Applet_Configure;
applet.DeviceArrival += Applet_DeviceArrival;
applet.DeviceRemoval += Applet_DeviceRemoval;
applet.IsEnabledChanged += Applet_IsEnabledChanged;
applet.Connect();
// We are waiting for the handler thread to warn us for device arrival
LcdDeviceMonochrome monoDevice = null;
_waitAre.WaitOne();
do
{
// A monochrome device was connected: creates a monochrome device or reopens an old one
if (_monoArrived)
{
if (monoDevice == null)
{
monoDevice = (LcdDeviceMonochrome)applet.OpenDeviceByType(LcdDeviceType.Monochrome);
monoDevice.SoftButtonsChanged += MonoDevice_SoftButtonsChanged;
CreateMonochromeGdiPages(monoDevice);
}
else
{
monoDevice.ReOpen();
}
_monoArrived = false;
}
if (_qvgaArrived)
{
_qvgaArrived = false;
}
// We are calling DoUpdateAndDraw in this loop.
// Note that updating and drawing only happens if the objects in a LcdGdiPage are modified.
// Even if you call this method very quickly, update and draw will only occur at the frame
// rate specified by LcdPage.DesiredFrameRate, which is 30 by default.
if (applet.IsEnabled && monoDevice != null && !monoDevice.IsDisposed)
{
monoDevice.DoUpdateAndDraw();
}
Thread.Sleep(5);
}while (!_mustExit);
}
internal static void Main(string[] args)
{
Application.EnableVisualStyles();
devicesList.Lock = new object();
entriesList.Lock = new object();
LcdApplet applet = new LcdApplet("Yubico Authenticator", LcdAppletCapabilities.Monochrome);
// Register to events to know when a device arrives, then connects the applet to the LCD Manager
applet.Configure += AppletConfigure;
applet.DeviceArrival += AppletDeviceArrival;
applet.DeviceRemoval += AppletDeviceRemoval;
applet.IsEnabledChanged += AppletIsEnableChanged;
applet.Connect();
LcdDeviceMonochrome device = null;
int tick = 0;
while (true)
{
lock (deviceArrivedLock)
{
if (deviceArrived)
{
if (device == null)
{
device = (LcdDeviceMonochrome)applet.OpenDeviceByType(LcdDeviceType.Monochrome);
device.SoftButtonsChanged += DeviceSoftButtonsChanged;
CreatePages(device);
device.SetAsForegroundApplet = true;
}
else
{
device.ReOpen();
}
}
deviceArrived = false;
}
if (applet.IsEnabled && device != null && !device.IsDisposed)
{
device.DoUpdateAndDraw();
}
TickTimers(33, ref tick);
Thread.Sleep(33);
}
}
static void InitApp()
{
ConsoleReporter.Report("Initializing applet...", ConsoleReporter.ReportStatus.Process, _logEnabled);
_applet = new LcdApplet(Constants.APP_NAME, LcdAppletCapabilities.Monochrome);
_applet.Configure += _applet_Configure;
_applet.DeviceArrival += _applet_DeviceArrival;
_applet.DeviceRemoval += _applet_DeviceRemoval;
_applet.IsEnabledChanged += _applet_IsEnabledChanged;
ConsoleReporter.Report("Applet initialized", ConsoleReporter.ReportStatus.Info, _logEnabled);
ConsoleReporter.Report("Connecting applet...", ConsoleReporter.ReportStatus.Process, _logEnabled);
_applet.Connect();
ConsoleReporter.Report("Connection completed", ConsoleReporter.ReportStatus.Info, _logEnabled);
}
public MainWindow()
{
InitializeComponent();
_Applet = new LcdApplet("zTWArena", LcdAppletCapabilities.Monochrome, false);
_Applet.DeviceArrival += _Applet_DeviceArrival;
_Applet.Connect();
ah.OnLine += Ah_OnLine;
runningTimer.AutoReset = true;
runningTimer.Elapsed += RunningTimer_Elapsed;
this.Loaded += MainWindow_Loaded;
}
static void Main(string[] args)
{
LcdApplet applet = new LcdApplet("My Test App", LcdAppletCapabilities.Both);
applet.Configure += Applet_Configure;
applet.DeviceArrival += Applet_DeviceArrival;
applet.DeviceRemoval += Applet_DeviceRemoval;
applet.IsEnabledChanged += Applet_IsEnabledChanged;
applet.Connect();
LcdDeviceMonochrome monoDevice = null;
_waitAre.WaitOne();
do
{
if (_monoArrived)
{
if (monoDevice == null)
{
monoDevice = (LcdDeviceMonochrome)applet.OpenDeviceByType(LcdDeviceType.Monochrome);
monoDevice.SoftButtonsChanged += MonoDevice_SoftButtonsChanged;
CreateMonochromeGdiPages(monoDevice);
}
else
{
monoDevice.ReOpen();
}
_monoArrived = false;
}
if (_qvgaArrived)
{
_qvgaArrived = false;
}
if (applet.IsEnabled && monoDevice != null && !monoDevice.IsDisposed)
{
monoDevice.DoUpdateAndDraw();
}
Thread.Sleep(5);
}while (!_mustExit);
}
internal static void Main()
{
SoundPlayer = new SoundPlayer();
// Create a new applet for the monochrome LCD Screen and set it to auto-start.
LcdApplet applet = new LcdApplet("League Of Legends Timer G15", LcdAppletCapabilities.Monochrome, true);
// Register to events to know when a device arrives, then connects the applet to the LCD Manager
applet.DeviceArrival += Applet_DeviceArrival;
applet.DeviceRemoval += Applet_DeviceRemoval;
applet.Connect();
// We are waiting for the handler thread to warn us for device arrival
_waitAre.WaitOne();
do
{
// A monochrome device was connected: creates a monochrome device or reopens an old one
if (_monoArrived)
{
if (monoDevice == null)
{
monoDevice = (LcdDeviceMonochrome)applet.OpenDeviceByType(LcdDeviceType.Monochrome);
monoDevice.SoftButtonsChanged += MonoDevice_SoftButtonsChanged;
CreateMonochromeGdiPages(monoDevice);
}
else
monoDevice.ReOpen();
_monoArrived = false;
}
// We are calling DoUpdateAndDraw in this loop.
// Note that updating and drawing only happens if the objects in a LcdGdiPage are modified.
// Even if you call this method very quickly, update and draw will only occur at the frame
// rate specified by LcdPage.DesiredFrameRate, which is 30 by default.
if (applet.IsEnabled && monoDevice != null && !monoDevice.IsDisposed)
monoDevice.DoUpdateAndDraw();
Thread.Sleep(5);
}
while (!_mustExit);
}
public void connectDevice()
{
LcdAppletCapabilities appletCapabilities = LcdAppletCapabilities.Both;
applet_ = new LcdApplet("MusicBee V2", appletCapabilities, false);
try
{
if (!applet_.IsConnected)
{
applet_.DeviceArrival += new EventHandler <LcdDeviceTypeEventArgs>(applet_DeviceArrival);
applet_.DeviceRemoval += new EventHandler <LcdDeviceTypeEventArgs>(applet_DeviceRemoval);
applet_.ConnectionDisrupted += new EventHandler(errorHappend);
applet_.Connect();
}
}
catch (Exception)
{
Thread.Sleep(5000);
connectDevice();
}
}
static void Main()
{
Program program = new Program();
program.StartTrayIcon();
LcdApplet app = new LcdApplet("Test Logitech LCD Keyboard", LcdAppletCapabilities.Both);
//set event handling
app.Configure += AppletConfigure;
app.DeviceArrival += program.DeviceArrival;
app.DeviceRemoval += program.DeviceRemoval;
app.IsEnabledChanged += program.AppletIsEnabledChanged;
app.Connect();
// We are waiting for the handler thread to warn us for device arrival
LcdDeviceMonochrome monoDevice = null;
LcdDeviceQvga qvgaDevice = null;
program.waitAutoResetEvent.WaitOne();
//enter main loop
do
{
//Handle device arrival
if (program.arrived && program.deviceType == LcdDeviceType.Monochrome)
{
if (monoDevice == null)
{
monoDevice = (LcdDeviceMonochrome)app.OpenDeviceByType(program.deviceType);
monoDevice.SoftButtonsChanged += program.MonoDeviceSoftButtonsChanged;
program.lcdGraphics = new LcdGraphics(monoDevice);
monoDevice.SetAsForegroundApplet = true;
}
else
{
monoDevice.ReOpen();
}
//reset the arrival flag
program.arrived = false;
}
if (program.arrived && program.deviceType == LcdDeviceType.Qvga)
{
if (qvgaDevice == null)
{
qvgaDevice = (LcdDeviceQvga)app.OpenDeviceByType(program.deviceType);
qvgaDevice.SoftButtonsChanged += program.MonoDeviceSoftButtonsChanged;
program.lcdGraphics = new LcdGraphics(qvgaDevice);
qvgaDevice.SetAsForegroundApplet = true;
}
else
{
qvgaDevice.ReOpen();
}
//reset the arrival flag
program.arrived = false;
}
//if there is no lcd keyboard, sleep for a while and look again
if (monoDevice == null && qvgaDevice == null)
{
Thread.Sleep(20000);
continue;
}
//Disposed, skip draw, next check loop exits
if (monoDevice != null && monoDevice.IsDisposed ||
qvgaDevice != null && qvgaDevice.IsDisposed)
{
continue;
}
//update and draw
if (app.IsEnabled)
{
if (program.button1Pressed)
{
//set warning page in object and redraw
program.lcdGraphics.SetWarning();
monoDevice.DoUpdateAndDraw();
//wait and reset
Thread.Sleep(2000);
program.lcdGraphics.SetMain();
//reset flag
program.button1Pressed = false;
}
monoDevice.DoUpdateAndDraw();
//let the user enjoy the magical LCD graphics
Thread.Sleep(30);
}
}while (program.stillAlive);
}
internal static void Main(string[] args)
{
bool showTitles = true;
if (args != null && args.Length != 0)
{
if (args[0] == "notitles")
{
showTitles = false;
}
}
try
{
SpotifyStatusApplet ssa = new SpotifyStatusApplet(showTitles);
ssa.setupSpotify();
ssa.setupTrayIcon();
LcdApplet applet = new LcdApplet("Spotify Status Applet", LcdAppletCapabilities.Both);
// Register to events to know when a device arrives, then connects the applet to the LCD Manager
applet.Configure += appletConfigure;
applet.DeviceArrival += ssa.appletDeviceArrival;
applet.DeviceRemoval += ssa.appletDeviceRemoval;
applet.IsEnabledChanged += ssa.appletIsEnabledChanged;
applet.Connect();
// We are waiting for the handler thread to warn us for device arrival
LcdDeviceMonochrome monoDevice = null;
ssa.m_waitAutoResetEvent.WaitOne();
do
{
// A monochrome device is connected: creates a monochrome device or reopens an old one
if (true == ssa.m_monoArrived)
{
if (null == monoDevice)
{
monoDevice = (LcdDeviceMonochrome)applet.OpenDeviceByType(LcdDeviceType.Monochrome);
monoDevice.SoftButtonsChanged += ssa.monoDeviceSoftButtonsChanged;
ssa.m_lcdGraphics = new LcdGraphics();
ssa.m_lcdGraphics.createMonochromeGdiPages(monoDevice);
monoDevice.SetAsForegroundApplet = true;
}
else
{
monoDevice.ReOpen();
}
// serviced the last device connection so reset the arrival flag
ssa.m_monoArrived = false;
}
if (ssa.m_qvgaArrived)
{
// TODO add the implementation as a future project
ssa.m_qvgaArrived = false;
}
// DoUpdateAndDraw only occurs at the framerate specified by LcdPage.DesiredFrameRate, which is 30 by default.
if (true == applet.IsEnabled &&
null != monoDevice &&
false == monoDevice.IsDisposed)
{
ssa.m_lcdGraphics.setMediaPlayerDetails(ssa.getCurrentSpotifyDetails());
ssa.m_lcdGraphics.setShowTitles(ssa.m_showTitles);
monoDevice.DoUpdateAndDraw();
}
Thread.Sleep(33);
}while (true == ssa.m_keepRunning);
}
catch (Exception e)
{
Console.WriteLine("Caught exception, application exited " + e.ToString());
}
}
internal static int Main(string[] args)
{
bool showTitles = true;
if (args != null && args.Length != 0)
{
if (args[0] == "notitles")
{
showTitles = false;
}
}
try
{
SpotifyStatusApplet ssa = new SpotifyStatusApplet(showTitles);
a_ConnectionStatus = ssa.SetupSpotify();
if (a_ConnectionStatus != 0)
{
Trace.TraceError("Critical Error: Spotify couldn't start.\n\tTerminating SpotifyStatusApplet.\t\nReturn Value of SetupSpotify(): " + a_ConnectionStatus);
//Applet cannot function if Spotify or SpotifyWebHelper is unable to open. Return from Main thread with error 1.
return(1);
}
StatusResponse spotify_Status = ssa.s_spotify.GetStatus();
//The applet crashes when having to wait for the Spotify song information (When the app is completely exited).
//This waits until it loads in and has a 2 second timeout.
for (int i = 0; (spotify_Status.Track == null); i++)
{
Thread.Sleep(1);
if (i > 2000)
{
break;
}
if (i > 1998)
{
a_SongLoadTimeoutExpired = true;
}
}
if (a_SongLoadTimeoutExpired == true)
{
Trace.TraceWarning("Couldn't load track information. \n\tTerminating SpotifyStatusApplet.");
return(1);
}
ssa.setupTrayIcon();
LcdApplet applet = new LcdApplet("Spotify Status Applet", LcdAppletCapabilities.Both);
// Register to events to know when a device arrives, then connects the applet to the LCD Manager
applet.Configure += appletConfigure;
applet.DeviceArrival += ssa.appletDeviceArrival;
applet.DeviceRemoval += ssa.appletDeviceRemoval;
applet.IsEnabledChanged += ssa.appletIsEnabledChanged;
applet.Connect();
// We are waiting for the handler thread to warn us for device arrival
LcdDeviceMonochrome monoDevice = null;
ssa.m_waitAutoResetEvent.WaitOne();
do
{
// A monochrome device is connected: creates a monochrome device or reopens an old one
if (true == ssa.m_monoArrived)
{
if (null == monoDevice)
{
monoDevice = (LcdDeviceMonochrome)applet.OpenDeviceByType(LcdDeviceType.Monochrome);
monoDevice.SoftButtonsChanged += ssa.monoDeviceSoftButtonsChanged;
ssa.m_lcdGraphics = new LcdGraphics();
ssa.m_lcdGraphics.createMonochromeGdiPages(monoDevice);
monoDevice.SetAsForegroundApplet = true;
}
else
{
monoDevice.ReOpen();
}
// serviced the last device connection so reset the arrival flag
ssa.m_monoArrived = false;
}
if (ssa.m_qvgaArrived)
{
// TODO add the implementation as a future project
ssa.m_qvgaArrived = false;
}
// DoUpdateAndDraw only occurs at the framerate specified by LcdPage.DesiredFrameRate, which is 30 by default.
if (true == applet.IsEnabled &&
null != monoDevice &&
false == monoDevice.IsDisposed)
{
ssa.m_lcdGraphics.setMediaPlayerDetails(ssa.getCurrentSpotifyDetails());
ssa.m_lcdGraphics.setShowTitles(ssa.m_showTitles);
monoDevice.DoUpdateAndDraw();
}
Thread.Sleep(33);
}while (true == ssa.m_keepRunning);
}
catch (Exception e)
{
Trace.TraceError("Caught exception, application exited " + e.ToString());
}
return(0);
}
internal static void Main(string[] args)
{
bool showTitles = true;
if (args != null && args.Length !=0)
{
if (args[0] == "notitles")
{
showTitles = false;
}
}
try
{
SpotifyStatusApplet ssa = new SpotifyStatusApplet(showTitles);
ssa.setupSpotify();
ssa.setupTrayIcon();
LcdApplet applet = new LcdApplet("Spotify Status Applet", LcdAppletCapabilities.Both);
// Register to events to know when a device arrives, then connects the applet to the LCD Manager
applet.Configure += appletConfigure;
applet.DeviceArrival += ssa.appletDeviceArrival;
applet.DeviceRemoval += ssa.appletDeviceRemoval;
applet.IsEnabledChanged += ssa.appletIsEnabledChanged;
applet.Connect();
// We are waiting for the handler thread to warn us for device arrival
LcdDeviceMonochrome monoDevice = null;
ssa.m_waitAutoResetEvent.WaitOne();
do
{
// A monochrome device is connected: creates a monochrome device or reopens an old one
if (true == ssa.m_monoArrived)
{
if (null == monoDevice)
{
monoDevice = (LcdDeviceMonochrome)applet.OpenDeviceByType(LcdDeviceType.Monochrome);
monoDevice.SoftButtonsChanged += ssa.monoDeviceSoftButtonsChanged;
ssa.m_lcdGraphics = new LcdGraphics();
ssa.m_lcdGraphics.createMonochromeGdiPages(monoDevice);
monoDevice.SetAsForegroundApplet = true;
}
else
{
monoDevice.ReOpen();
}
// serviced the last device connection so reset the arrival flag
ssa.m_monoArrived = false;
}
if (ssa.m_qvgaArrived)
{
// TODO add the implementation as a future project
ssa.m_qvgaArrived = false;
}
// DoUpdateAndDraw only occurs at the framerate specified by LcdPage.DesiredFrameRate, which is 30 by default.
if (true == applet.IsEnabled &&
null != monoDevice &&
false == monoDevice.IsDisposed)
{
ssa.m_lcdGraphics.setMediaPlayerDetails(ssa.getCurrentSpotifyDetails());
ssa.m_lcdGraphics.setShowTitles(ssa.m_showTitles);
monoDevice.DoUpdateAndDraw();
}
Thread.Sleep(33);
}
while (true == ssa.m_keepRunning);
}
catch (Exception e)
{
Console.WriteLine("Caught exception, application exited " + e.ToString());
}
}
static void Main(string[] args)
{
LcdApplet applet = new LcdApplet("My Test App", LcdAppletCapabilities.Both);
applet.Configure += Applet_Configure;
applet.DeviceArrival += Applet_DeviceArrival;
applet.DeviceRemoval += Applet_DeviceRemoval;
applet.IsEnabledChanged += Applet_IsEnabledChanged;
applet.Connect();
LcdDeviceMonochrome monoDevice = null;
_waitAre.WaitOne();
do
{
if (_monoArrived)
{
if (monoDevice == null)
{
monoDevice = (LcdDeviceMonochrome)applet.OpenDeviceByType(LcdDeviceType.Monochrome);
monoDevice.SoftButtonsChanged += MonoDevice_SoftButtonsChanged;
CreateMonochromeGdiPages(monoDevice);
}
else
{
monoDevice.ReOpen();
}
_monoArrived = false;
}
if (_qvgaArrived)
{
_qvgaArrived = false;
}
if (applet.IsEnabled && monoDevice != null && !monoDevice.IsDisposed)
monoDevice.DoUpdateAndDraw();
Thread.Sleep(5);
}
while (!_mustExit);
}