void StartMonitorProcess()
{
try
{
AVActions.TaskStartLoop(LoopMonitorProcess, vTask_MonitorProcess);
Debug.WriteLine("Started monitoring processes.");
}
catch { }
}
void StartMonitorTaskbar()
{
try
{
AVActions.TaskStartLoop(LoopMonitorTaskbar, vTask_MonitorTaskbar);
Debug.WriteLine("Started monitoring taskbar.");
}
catch { }
}
//Start all the background tasks
void TasksBackgroundStart()
{
try
{
AVActions.TaskStartLoop(vTaskLoop_UpdateMediaInformation, vTask_UpdateMediaInformation);
AVActions.TaskStartLoop(vTaskLoop_UpdateInterfaceInformation, vTask_UpdateInterfaceInformation);
}
catch { }
}
void TaskStart_TimeMeWallpaper()
{
try
{
if (ConfigurationManager.AppSettings["TimeMeWallpaper"] == "True")
{
AVActions.TaskStartLoop(LoopCheckWallpaper, vTask_Wallpaper);
}
}
catch { }
}
void TaskStart_ShowHideMouseCursor()
{
try
{
if (Convert.ToBoolean(Setting_Load(vConfigurationCtrlUI, "HideMouseCursor")))
{
AVActions.TaskStartLoop(vTaskLoop_ShowHideMouse, vTask_ShowHideMouse);
}
}
catch { }
}
void StartMonitorFps()
{
try
{
vTraceEventSession = new TraceEventSession("FpsOverlayer");
vTraceEventSession.EnableProvider(vProvider_DxgKrnl.ToString());
vTraceEventSession.Source.AllEvents += ProcessEvents;
AVActions.TaskStart(TaskTraceEventSource);
AVActions.TaskStartLoop(LoopTraceEventOutput, vTask_TraceEventOutput);
Debug.WriteLine("Started monitoring fps.");
}
catch { }
}
//Start all the background tasks
void TasksBackgroundStart()
{
try
{
AVActions.TaskStartLoop(vTaskLoop_UpdateClock, vTask_UpdateClock);
AVActions.TaskStartLoop(vTaskLoop_UpdateWindowStatus, vTask_UpdateWindowStatus);
AVActions.TaskStartLoop(vTaskLoop_ControllerConnected, vTask_ControllerConnected);
AVActions.TaskStartLoop(vTaskLoop_UpdateProcesses, vTask_UpdateProcesses);
AVActions.TaskStartLoop(vTaskLoop_UpdateLaunchers, vTask_UpdateLaunchers);
AVActions.TaskStartLoop(vTaskLoop_UpdateShortcuts, vTask_UpdateShortcuts);
AVActions.TaskStartLoop(vTaskLoop_UpdateListStatus, vTask_UpdateListStatus);
AVActions.TaskStartLoop(vTaskLoop_UpdateAppRunningTime, vTask_UpdateAppRunningTime);
AVActions.TaskStartLoop(vTaskLoop_UpdateMediaInformation, vTask_UpdateMediaInformation);
TaskStart_ShowHideMouseCursor();
}
catch { }
}
void StartMonitorHardware()
{
try
{
vHardwareComputer = new Computer();
vHardwareComputer.IsCpuEnabled = true;
vHardwareComputer.IsGpuEnabled = true;
vHardwareComputer.IsMemoryEnabled = true;
vHardwareComputer.IsNetworkEnabled = true;
vHardwareComputer.IsMotherboardEnabled = true;
vHardwareComputer.Open();
AVActions.TaskStartLoop(LoopMonitorHardware, vTask_MonitorHardware);
Debug.WriteLine("Started monitoring hardware.");
}
catch { }
}
//Enable the led updates
private static void LedsEnable()
{
try
{
Debug.WriteLine("Enabling the led updates.");
//Check led count
if (setLedCountTotal <= 0)
{
ShowNoLedsSideCountSetup();
return;
}
//Start led update loop
AVActions.TaskStartLoop(LoopUpdateLeds, vTask_UpdateLed);
}
catch (Exception ex)
{
Debug.WriteLine("Failed to enable the led updates: " + ex.Message);
}
}
//Start Monitoring Direct Input Controllers
async Task <bool> StartControllerDirectInput(ControllerStatus Controller)
{
try
{
if (Controller.Connected())
{
Debug.WriteLine("Initializing direct input for: " + Controller.Details.DisplayName);
//Allow the controller in HidGuardian
HidGuardianAllowController(Controller.Details);
await Task.Delay(500);
//Open the selected controller
if (!await OpenController(Controller))
{
Debug.WriteLine("Failed to initialize direct input for: " + Controller.Details.DisplayName);
NotificationDetails notificationDetailsDisconnected = new NotificationDetails();
notificationDetailsDisconnected.Icon = "Controller";
notificationDetailsDisconnected.Text = "Controller disconnected";
App.vWindowOverlay.Notification_Show_Status(notificationDetailsDisconnected);
AVActions.ActionDispatcherInvoke(delegate
{
txt_Controller_Information.Text = "The controller is no longer connected or supported.";
});
await StopControllerAsync(Controller, "unsupported");
return(false);
}
//Unplug and plugin the virtual device
vVirtualBusDevice.VirtualUnplug(Controller.NumberId);
await Task.Delay(500);
vVirtualBusDevice.VirtualPlugin(Controller.NumberId);
//Set controller interface information
string controllerNumberDisplay = (Controller.NumberId + 1).ToString();
NotificationDetails notificationDetailsConnected = new NotificationDetails();
notificationDetailsConnected.Icon = "Controller";
notificationDetailsConnected.Text = "Connected (" + controllerNumberDisplay + ")";
App.vWindowOverlay.Notification_Show_Status(notificationDetailsConnected);
AVActions.ActionDispatcherInvoke(delegate
{
txt_Controller_Information.Text = "Connected controller " + controllerNumberDisplay + ": " + Controller.Details.DisplayName;
});
//Update the controller interface settings
ControllerUpdateSettingsInterface(Controller);
//Update the controller last read time
Controller.PrevInputTicks = Controller.LastInputTicks;
Controller.LastInputTicks = GetSystemTicksMs();
//Update the controller last active time
Controller.LastActiveTicks = GetSystemTicksMs();
//Set the controller supported profile
Controller.SupportedCurrent = vDirectControllersSupported.Where(x => x.ProductIDs.Any(z => z.ToLower() == Controller.Details.Profile.ProductID.ToLower() && x.VendorID.ToLower() == Controller.Details.Profile.VendorID.ToLower())).FirstOrDefault();
if (Controller.SupportedCurrent == null)
{
Debug.WriteLine("Unsupported controller detected, using default profile.");
Controller.SupportedCurrent = new ControllerSupported();
}
//Start receiving and translating DirectInput
if (Controller.Details.Type == "Win")
{
async Task TaskActionInput()
{
try
{
await LoopInputWinUsb(Controller);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionInput, Controller.InputControllerTask);
}
else
{
async Task TaskActionInput()
{
try
{
await LoopInputHidDevice(Controller);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionInput, Controller.InputControllerTask);
}
void TaskActionOutputVirtual()
{
try
{
LoopOutputVirtual(Controller);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionOutputVirtual, Controller.OutputVirtualTask);
void TaskActionOutputController()
{
try
{
LoopOutputController(Controller);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionOutputController, Controller.OutputControllerTask);
async Task TaskActionOutputGyro()
{
try
{
await LoopOutputGyro(Controller);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionOutputGyro, Controller.OutputGyroTask);
return(true);
}
}
catch { }
return(false);
}
//Start Monitoring Direct Input Controllers
async Task <bool> StartControllerDirectInput(ControllerStatus Controller)
{
try
{
//Check if controller is connected
if (!Controller.Connected())
{
Debug.WriteLine("Direct input controller is not connected: " + Controller.Details.DisplayName);
return(false);
}
Debug.WriteLine("Initializing direct input for: " + Controller.Details.DisplayName);
//Allow controller in HidHide
if (Controller.Details.Type == ControllerType.HidDevice)
{
await vHidHideDevice.ListDeviceAdd(Controller.Details.ModelId);
}
//Set controller interface information
string controllerNumberDisplay = (Controller.NumberId + 1).ToString();
//Open the selected controller
if (!OpenController(Controller))
{
Debug.WriteLine("Failed to initialize direct input for: " + Controller.Details.DisplayName);
StopControllerTask(Controller, "failed", "Controller " + controllerNumberDisplay + " is no longer connected or failed.");
return(false);
}
//Unplug and plugin the virtual device
vVirtualBusDevice.VirtualUnplug(Controller.NumberId);
await Task.Delay(500);
vVirtualBusDevice.VirtualPlugin(Controller.NumberId);
NotificationDetails notificationDetailsConnected = new NotificationDetails();
notificationDetailsConnected.Icon = "Controller";
notificationDetailsConnected.Text = "Connected (" + controllerNumberDisplay + ")";
notificationDetailsConnected.Color = Controller.Color;
await App.vWindowOverlay.Notification_Show_Status(notificationDetailsConnected);
AVActions.ActionDispatcherInvoke(delegate
{
txt_Controller_Information.Text = "Connected controller " + controllerNumberDisplay + ": " + Controller.Details.DisplayName;
});
//Update the controller interface settings
ControllerUpdateSettingsInterface(Controller);
//Update the controller last read time
Controller.PrevInputTicks = GetSystemTicksMs();
Controller.LastInputTicks = GetSystemTicksMs();
//Update the controller last active time
Controller.LastActiveTicks = GetSystemTicksMs();
//Set the controller supported profile
Controller.SupportedCurrent = vDirectControllersSupported.Where(x => x.ProductIDs.Any(z => z.ToLower() == Controller.Details.Profile.ProductID.ToLower() && x.VendorID.ToLower() == Controller.Details.Profile.VendorID.ToLower())).FirstOrDefault();
if (Controller.SupportedCurrent == null)
{
Debug.WriteLine("Unsupported controller detected, using default profile.");
Controller.SupportedCurrent = new ControllerSupported();
}
//Start controller input task loop
async Task TaskActionInput()
{
try
{
await LoopInputDirectInput(Controller, Controller.Details.Type);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionInput, Controller.InputControllerTask);
//Start virtual output task loop
void TaskActionOutputVirtual()
{
try
{
LoopOutputVirtual(Controller);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionOutputVirtual, Controller.OutputVirtualTask);
//Start controller output task loop
async void TaskActionOutputController()
{
try
{
await LoopOutputController(Controller);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionOutputController, Controller.OutputControllerTask);
//Start gyroscope task loop
if (Controller.SupportedCurrent.HasGyroscope)
{
async Task TaskActionOutputGyro()
{
try
{
await LoopOutputGyro(Controller);
}
catch { }
}
AVActions.TaskStartLoop(TaskActionOutputGyro, Controller.OutputGyroTask);
}
return(true);
}
catch
{
Debug.WriteLine("Failed initializing direct input for: " + Controller.Details.DisplayName);
return(false);
}
}
