//Release the controller from HidGuardian
public void HidGuardianReleaseController(ControllerDetails ConnectedController)
{
try
{
using (RegistryKey registryKeyLocalMachine = RegistryKey.OpenBaseKey(RegistryHive.LocalMachine, RegistryView.Registry32))
{
using (RegistryKey openSubKey = registryKeyLocalMachine.OpenSubKey(@"SYSTEM\CurrentControlSet\Services\HidGuardian\Parameters", true))
{
string[] stringArray = openSubKey.GetValue("AffectedDevices") as string[];
List <string> stringList = (stringArray != null) ? new List <string>(stringArray) : new List <string>();
if (stringList.Contains(ConnectedController.HardwareId))
{
stringList.Remove(ConnectedController.HardwareId);
openSubKey.SetValue("AffectedDevices", stringList.ToArray());
Debug.WriteLine("Released HidGuardian controller: " + ConnectedController.HardwareId);
}
}
}
}
catch { }
}
//Receive all the connected Controllers
async Task ControllerReceiveAllConnected()
{
try
{
//Add Win Usb Devices
IEnumerable <EnumerateInfo> SelectedWinDevice = EnumerateDevicesDi(GuidClassScpDS3Driver, true);
foreach (EnumerateInfo EnumDevice in SelectedWinDevice)
{
try
{
//Get vendor and product hex id
string VendorHexId = "0x" + AVFunctions.StringShowAfter(EnumDevice.DevicePath, "vid_", 4).ToLower();
string ProductHexId = "0x" + AVFunctions.StringShowAfter(EnumDevice.DevicePath, "pid_", 4).ToLower();
//Validate the connected controller
if (!ControllerValidate(VendorHexId, ProductHexId, EnumDevice.DevicePath, string.Empty))
{
continue;
}
//Create new Json controller profile if it doesnt exist
IEnumerable <ControllerProfile> profileList = vDirectControllersProfile.Where(x => x.ProductID.ToLower() == ProductHexId && x.VendorID.ToLower() == VendorHexId);
if (!profileList.Any())
{
//Create controller profile
ControllerProfile controllerProfile = new ControllerProfile()
{
ProductID = ProductHexId,
VendorID = VendorHexId,
ProductName = EnumDevice.Description,
VendorName = "Unknown"
};
//Add profile to list
vDirectControllersProfile.Add(controllerProfile);
//Save profile to Json file
JsonSaveObject(controllerProfile, GenerateJsonNameControllerProfile(controllerProfile));
Debug.WriteLine("Added win profile: " + EnumDevice.Description);
}
ControllerProfile profileController = profileList.FirstOrDefault();
//Check if controller is wireless
bool ConnectedWireless = EnumDevice.DevicePath.ToLower().Contains("00805f9b34fb");
ControllerDetails newController = new ControllerDetails()
{
Type = ControllerType.WinUsbDevice,
Profile = profileController,
DisplayName = EnumDevice.Description,
Path = EnumDevice.DevicePath,
Wireless = ConnectedWireless
};
//Connect with the controller
await ControllerConnect(newController);
}
catch { }
}
//Add Hid Usb Devices
IEnumerable <EnumerateInfo> SelectedHidDevice = EnumerateDevicesDi(GuidClassHidDevice, true);
foreach (EnumerateInfo EnumDevice in SelectedHidDevice)
{
try
{
//Read information from the controller
HidDevice foundHidDevice = new HidDevice(EnumDevice.DevicePath, EnumDevice.ModelId, false, true);
//Check if device is a gamepad or joystick
bool genericGamePad = foundHidDevice.Capabilities.UsageGeneric == (short)HID_USAGE_GENERIC_DESKTOP_PAGE.HID_USAGE_GENERIC_GAMEPAD;
bool genericJoystick = foundHidDevice.Capabilities.UsageGeneric == (short)HID_USAGE_GENERIC_DESKTOP_PAGE.HID_USAGE_GENERIC_JOYSTICK;
if (!genericGamePad && !genericJoystick)
{
continue;
}
//Get vendor and product hex id
string VendorHexId = foundHidDevice.Attributes.VendorHexId.ToLower();
string ProductHexId = foundHidDevice.Attributes.ProductHexId.ToLower();
//Validate the connected controller
if (!ControllerValidate(VendorHexId, ProductHexId, EnumDevice.DevicePath, foundHidDevice.Attributes.SerialNumber))
{
continue;
}
//Get controller product information
string ProductNameString = foundHidDevice.Attributes.ProductName;
string VendorNameString = foundHidDevice.Attributes.VendorName;
//Create new Json controller profile if it doesnt exist
IEnumerable <ControllerProfile> profileList = vDirectControllersProfile.Where(x => x.ProductID.ToLower() == ProductHexId && x.VendorID.ToLower() == VendorHexId);
if (!profileList.Any())
{
//Create controller profile
ControllerProfile controllerProfile = new ControllerProfile()
{
ProductID = ProductHexId,
VendorID = VendorHexId,
ProductName = ProductNameString,
VendorName = VendorNameString
};
//Add profile to list
vDirectControllersProfile.Add(controllerProfile);
//Save profile to Json file
JsonSaveObject(controllerProfile, GenerateJsonNameControllerProfile(controllerProfile));
Debug.WriteLine("Added hid profile: " + ProductNameString + " (" + VendorNameString + ")");
}
ControllerProfile profileController = profileList.FirstOrDefault();
//Check if controller is wireless
bool ConnectedWireless = foundHidDevice.DevicePath.ToLower().Contains("00805f9b34fb");
ControllerDetails newController = new ControllerDetails()
{
Type = ControllerType.HidDevice,
Profile = profileController,
DisplayName = ProductNameString,
ModelId = foundHidDevice.ModelId,
Path = foundHidDevice.DevicePath,
Wireless = ConnectedWireless
};
//Connect with the controller
await ControllerConnect(newController);
}
catch { }
}
}
catch (Exception ex)
{
Debug.WriteLine("Failed adding new controller: " + ex.Message);
}
}
//Reset controller status to defaults
public void ResetControllerStatus()
{
try
{
Debug.WriteLine("Reset the controller status for controller: " + NumberId);
//Controller Status
Activated = false;
//Battery Status
BatteryCurrent = new ControllerBattery();
BatteryPrevious = new ControllerBattery();
//Time Variables
PrevInputTicks = 0;
LastInputTicks = 0;
LastActiveTicks = 0;
//Controller Details
Details = null;
BlockOutput = false;
//Controller Tasks
InputVirtualOverlapped = new NativeOverlapped()
{
EventHandle = CreateEvent(IntPtr.Zero, true, false, null)
};
OutputVirtualOverlapped = new NativeOverlapped()
{
EventHandle = CreateEvent(IntPtr.Zero, true, false, null)
};
InputControllerTask = new AVTaskDetails();
OutputControllerTask = new AVTaskDetails();
OutputVirtualTask = new AVTaskDetails();
OutputGyroTask = new AVTaskDetails();
//WinUsb Device Variables
WinUsbDevice = null;
//Hid Device Variables
HidDevice = null;
//Gyro Dsu Client Variables
GyroDsuClientPacketNumber = 0;
GyroDsuClientEndPoint = null;
//Device In and Output
InputButtonCountLoop1 = 0;
InputButtonCountTotal1 = 80;
InputButtonCountLoop2 = 0;
InputButtonCountTotal2 = 80;
InputButtonCountLoop3 = 0;
InputButtonCountTotal3 = 80;
InputHeaderOffsetFinished = false;
InputHeaderOffsetByte = 0;
InputButtonOffsetFinished = false;
InputButtonOffsetByte = 0;
InputReport = null;
OutputReport = null;
XInputData = new XUSB_INPUT_REPORT();
XOutputData = new XUSB_OUTPUT_REPORT();
XOutputCurrentRumbleHeavy = 0;
XOutputCurrentRumbleLight = 0;
XOutputPreviousRumbleHeavy = 0;
XOutputPreviousRumbleLight = 0;
//Controller Input
InputCurrent = new ControllerInput();
SupportedCurrent = new ControllerSupported();
}
catch { }
}
//Connect with the controller
async Task ControllerConnect(ControllerDetails ConnectedController)
{
try
{
//Check if the controller is already in use
bool ControllerInuse = false;
if (vController0.Connected() && vController0.Details.Path == ConnectedController.Path)
{
ControllerInuse = true;
}
if (vController1.Connected() && vController1.Details.Path == ConnectedController.Path)
{
ControllerInuse = true;
}
if (vController2.Connected() && vController2.Details.Path == ConnectedController.Path)
{
ControllerInuse = true;
}
if (vController3.Connected() && vController3.Details.Path == ConnectedController.Path)
{
ControllerInuse = true;
}
if (ControllerInuse)
{
return;
}
Debug.WriteLine("Found a connected " + ConnectedController.Type + " controller to use: " + ConnectedController.DisplayName);
//Connect the controller to available slot
if (!vController0.Connected())
{
vController0.Details = ConnectedController;
bool controllerStarted = await StartControllerDirectInput(vController0);
if (controllerStarted)
{
AVActions.ActionDispatcherInvoke(delegate
{
image_Controller0.Source = vImagePreloadIconControllerAccent;
textblock_Controller0.Text = vController0.Details.DisplayName;
textblock_Controller0CodeName.Text = vController0.SupportedCurrent.CodeName;
});
}
}
else if (!vController1.Connected())
{
vController1.Details = ConnectedController;
bool controllerStarted = await StartControllerDirectInput(vController1);
if (controllerStarted)
{
AVActions.ActionDispatcherInvoke(delegate
{
image_Controller1.Source = vImagePreloadIconControllerAccent;
textblock_Controller1.Text = vController1.Details.DisplayName;
textblock_Controller1CodeName.Text = vController1.SupportedCurrent.CodeName;
});
}
}
else if (!vController2.Connected())
{
vController2.Details = ConnectedController;
bool controllerStarted = await StartControllerDirectInput(vController2);
if (controllerStarted)
{
AVActions.ActionDispatcherInvoke(delegate
{
image_Controller2.Source = vImagePreloadIconControllerAccent;
textblock_Controller2.Text = vController2.Details.DisplayName;
textblock_Controller2CodeName.Text = vController2.SupportedCurrent.CodeName;
});
}
}
else if (!vController3.Connected())
{
vController3.Details = ConnectedController;
bool controllerStarted = await StartControllerDirectInput(vController3);
if (controllerStarted)
{
AVActions.ActionDispatcherInvoke(delegate
{
image_Controller3.Source = vImagePreloadIconControllerAccent;
textblock_Controller3.Text = vController3.Details.DisplayName;
textblock_Controller3CodeName.Text = vController3.SupportedCurrent.CodeName;
});
}
}
}
catch { }
}