// throw on failure
public static AndroidDebugBridge Create(string pathToAdbExe)
{
AndroidDebugBridge result = new AndroidDebugBridge(pathToAdbExe);
result.StartTracking();
return(result);
}
//---------------------------------------------------------------------------------------------
// Construction
// ---------------------------------------------------------------------------------------------
public DeviceTracker(AndroidDebugBridge bridge)
{
this.bridge = bridge;
this.Devices = new List <Device>();
this.serverFailedConnects = 0;
this.serverRestarts = 0;
this.threadStarter = new HandshakeThreadStarter("Device List Monitor", DeviceTrackingThread);
}
//---------------------------------------------------------------------------------------------
// Construction
// ---------------------------------------------------------------------------------------------
public DeviceTracker(AndroidDebugBridge bridge)
{
this.bridge = bridge;
this.Devices = new List<Device>();
this.serverFailedConnects = 0;
this.serverRestarts = 0;
this.threadStarter = new HandshakeThreadStarter("Device List Monitor", DeviceTrackingThread);
}
static void Main(string[] arguments)
{
AndroidDebugBridge bridge = new AndroidDebugBridge();
try {
bridge.DeviceConnected += (sender, e) => System.Console.WriteLine($"Device connected: {e.Device.SerialNumber}\t{e.Device.State}");
bridge.DeviceDisconnected += (sender, e) => System.Console.WriteLine($"Device disconnected: {e.Device.SerialNumber}\t{e.Device.State}");
bridge.ServerStartedOrReconnected += (sender, b) => System.Console.WriteLine($"ADB server started or reconnected");
bridge.ServerKilled += (sender, b) => System.Console.WriteLine($"ADB server killed");
bridge.StartTracking();
Device device = AdbHelper.Instance.GetDevices(AndroidDebugBridge.AdbServerSocketAddress)[0];
var props = device.Properties;
// AdbHelper.Instance.Connect(AndroidDebugBridge.AdbServerSocketAddress, "192.168.0.22", 5555);
}
finally
{
bridge.StopTracking();
}
}
public AndroidDebugBridgeEventArgs(AndroidDebugBridge bridge)
{
this.Bridge = bridge;
}
// throw on failure
public static AndroidDebugBridge Create(string pathToAdbExe)
{
AndroidDebugBridge result = new AndroidDebugBridge(pathToAdbExe);
result.StartTracking();
return result;
}
public AndroidDebugBridgeEventArgs(AndroidDebugBridge bridge)
{
this.Bridge = bridge;
}
// Stop the monitor running. This is idempotent
public void Stop()
{
this.started = false;
this.StopCommandQueueListener();
this.ReleaseDeviceNotificationHandles();
this.eventRaiser.DeviceArrived -= OnDeviceArrived;
this.eventRaiser.DeviceRemoveComplete -= OnDeviceRemoveComplete;
this.bridge?.StopTracking();
this.bridge = null;
}
// Start the monitor running
public void Start()
{
try
{
Log.ThresholdLevel = LogLevel.Debug;
this.bridge = AndroidDebugBridge.Create();
this.bridge.DeviceConnected += (sender, e) =>
{
this.IgnoreADBExceptionsDuring(() => EnsureUSBConnectedDevicesAreOnTCPIP("ADB device connected"));
};
this.bridge.ServerStartedOrReconnected += (sender, e) =>
{
this.IgnoreADBExceptionsDuring(() =>
{
lock (this.deviceConnectionLock)
{
// Ensure any USB-connected devices are on TCPIP
bool? anyDevices = EnsureUSBConnectedDevicesAreOnTCPIP("ADB server started");
// If the server isn't in fact connected to ANYONE (maybe the server stopped
// while no USB device was connected; closing Android Studio stops the server)
// then try to connect it to the last TCPIP device we used
if (anyDevices.HasValue && !anyDevices.Value)
{
ReconnectToLastTCPIPDevice();
}
}
});
};
this.eventRaiser.DeviceArrived += OnDeviceArrived;
this.eventRaiser.DeviceRemoveComplete += OnDeviceRemoveComplete;
foreach (Guid guid in this.deviceInterfacesOfInterest)
{
GetUSBDeviceNotificationsFor(guid);
}
this.IgnoreADBExceptionsDuring(() => EnsureUSBConnectedDevicesAreOnTCPIP("BotBug start"));
this.StartCommandQueueListener();
this.started = true;
}
catch (Exception)
{
Stop();
throw;
}
}
