protected override DeviceStream OpenDeviceDirectly(OpenConfiguration openConfig)
{
var stream = new MacHidStream(this);
try { stream.Init(_path); return(stream); }
catch { stream.Close(); throw; }
}
protected override DeviceStream OpenDeviceDirectly(OpenConfiguration openConfig)
{
var stream = new WinSerialStream(this);
stream.Init(DevicePath);
return(stream);
}
// This method gets called by the runtime. Use this method to configure the HTTP request pipeline.
public void Configure(IApplicationBuilder app, IHostingEnvironment env)
{
if (env.IsDevelopment())
{
app.UseDeveloperExceptionPage();
}
else
{
app.UseHsts();
app.UseExceptionHandler("/Shared/Error");
}
app.UseCors(builder =>
{
//builder.WithOrigins("http://localhost:55811").AllowAnyOrigin().AllowAnyHeader().AllowAnyMethod();
builder.AllowAnyOrigin();
builder.AllowAnyHeader();
builder.AllowAnyMethod();
builder.AllowCredentials();
});
app.UseStaticHttpContext();
OpenConfiguration.Configure(Configuration);
app.UseSession();
app.UseHttpsRedirection();
//异常中间件
// app.UseMiddleware(typeof(ErrorHandlingMiddleware));
app.UseSwagger();
app.UseSwaggerUI(c =>
{
c.SwaggerEndpoint("/swagger/v2/swagger.json", "OneTest API V1");
c.ShowRequestHeaders();
});
//app.UseAuthentication();
app.UseIocConfiguration();
app.UseResponseCompression();
app.UseMvc();
app.UseSignalR(routes =>
{
routes.MapHub <ChatHub>("/chatHub");
});
app.UseSignalR(routes =>
{
routes.MapHub <ChatHubNew>("/ChatHubNew");
});
}
public BleStream Open(BleService service, OpenConfiguration openConfig)
{
Throw.If.Null(service).Null(openConfig);
openConfig = openConfig.Clone();
openConfig.SetOption(OpenOption.BleService, service);
return(Open(openConfig));
}
protected override DeviceStream OpenDeviceDirectly(OpenConfiguration openConfig)
{
var streamPath = GetStreamPath(openConfig);
var stream = new WinBleStream(this, GetService(openConfig));
try { stream.Init(streamPath); return(stream); }
catch { stream.Close(); throw; }
}
protected override DeviceStream OpenDeviceDirectly(OpenConfiguration openConfig)
{
RequiresGetInfo(GetInfoFlags.ReportInfo);
var stream = new WinHidStream(this);
try { stream.Init(_path, openConfig); return(stream); }
catch { stream.Close(); throw; }
}
private void Setup()
{
var config = new OpenConfiguration();
config.SetOption(OpenOption.Priority, OpenPriority.Low);
for (int retries = 3; retries > 0; retries--)
{
if (Device.TryOpen(config, out var stream, out var exception))
{
ReportStream = (HidStream)stream;
break;
}
// This method gets called by the runtime. Use this method to configure the HTTP request pipeline.
public void Configure(IApplicationBuilder app, IHostingEnvironment env)
{
if (env.IsDevelopment())
{
app.UseDeveloperExceptionPage();
}
else
{
app.UseExceptionHandler("/Home/Error");
app.UseHsts();
}
app.UseHttpsRedirection();
app.UseStaticFiles();
app.UseCookiePolicy();
OpenConfiguration.Configure(Configuration);
//app.UseMvc(routes =>
//{
// routes.MapRoute(
// name: "default",
// template: "{controller=Home}/{action=Index}/{id?}");
//});
var logic = (IUserLogic)app.ApplicationServices.GetService(typeof(IUserLogic));
var list = logic.GetAll();
var apiList = new List <string>()
{
"One",
"Two"
};
app.UseSwagger(c =>
{
c.RouteTemplate = "/{documentName}/swagger.json";
});
app.UseSwaggerUI(c =>
{
apiList.ForEach(apiItem =>
{
c.SwaggerEndpoint($"/{apiItem}/{apiItem}/swagger.json", apiItem);
});
c.ShowRequestHeaders();
});
app.UseOcelot().Wait();
}
public void init_hid_device()
{
//var device_list = (from x in hid.enumerate(this.VENDOR_ID, this.PRODUCT_ID)
// where x["interface_number"] == this.IFACE_NUM
// select x).ToList();
//if (device_list.Count == 0)
//{
// throw Exception("No devices found. See: https://github.com/gfduszynski/cm-rgb/issues/9");
//}
//this.device = hid.device();
//try
//{
// this.device.open_path(device_list[0]["path"]);
//}
//catch (OSError)
//{
// Console.WriteLine("Failed to access usb device. See: https://github.com/gfduszynski/cm-rgb/wiki/1.-Installation-&-Configuration#3-configuration");
// Console.WriteLine("Also check if other process is not using the device.\n");
// throw;
//}
var terp = new OpenConfiguration();
terp.SetOption(OpenOption.Exclusive, true);
var loader = new HidDeviceLoader();
var devices = loader.GetDevices(VENDOR_ID, PRODUCT_ID).ToArray();
foreach (var tdevice in devices)
{
try
{
stream = tdevice.Open(terp);
this.init_controller();
Debug.WriteLine("Well, that seemed to work");
break;
}
catch (Exception e)
{
Debug.WriteLine(e.Message);
}
}
}
void Monitor()
{
while (runMonitor)
{
var compatibleDevices = DeviceList.Local.GetHidDevices(StadiaController.VID, StadiaController.PID);
var existingDevices = gamepads.Select(g => g._device).ToList();
var newDevices = compatibleDevices.Where(d => !existingDevices.Select(e => e.DevicePath).Contains(d.DevicePath));
foreach (var gamepad in gamepads.ToList())
{
if (!gamepad.running)
{
gamepads.Remove(gamepad);
}
}
foreach (var deviceInstance in newDevices)
{
var device = deviceInstance;
HidStream stream;
try
{
reEnableDevice(devicePathToInstanceId(device.DevicePath));
OpenConfiguration oc = new OpenConfiguration();
oc.SetOption(OpenOption.Exclusive, true);
oc.SetOption(OpenOption.Priority, OpenPriority.VeryHigh);
stream = device.Open(oc);
}
catch
{
stream = device.Open();
}
var usedIndexes = gamepads.Select(g => g._index);
int index = 1;
while (usedIndexes.Contains(index))
{
index++;
}
gamepads.Add(new StadiaController(device, stream, client, index));
}
Thread.Sleep(1000);
}
}
// This method gets called by the runtime. Use this method to configure the HTTP request pipeline.
public void Configure(IApplicationBuilder app, IHostingEnvironment env)
{
if (env.IsDevelopment())
{
app.UseDeveloperExceptionPage();
}
else
{
app.UseHsts();
app.UseExceptionHandler("/Shared/Error");
}
//app.ApplicationServices.GetService
app.UseCors(builder =>
{
builder.AllowAnyOrigin();
builder.AllowAnyHeader();
builder.AllowAnyMethod();
});
app.UseStaticHttpContext();
OpenConfiguration.Configure(Configuration);
app.UseSession();
app.UseHttpsRedirection();
//异常中间件
app.UseMiddleware(typeof(ErrorHandlingMiddleware));
app.UseSwagger();
app.UseSwaggerUI(c =>
{
c.SwaggerEndpoint("/swagger/v2/swagger.json", "OneTest API V1");
c.ShowRequestHeaders();
});
app.UseMvc();
}
internal void Init(string path, OpenConfiguration openConfig)
{
IntPtr handle = NativeMethods.CreateFileFromDevice(path, NativeMethods.EFileAccess.Read | NativeMethods.EFileAccess.Write,
openConfig.IsOptionSet(OpenOption.Exclusive) ? NativeMethods.EFileShare.None : NativeMethods.EFileShare.Read | NativeMethods.EFileShare.Write);
if (handle == (IntPtr)(-1))
{
throw DeviceException.CreateIOException(Device, "Unable to open HID class device (" + path + ").");
}
int maxInputBuffers = Environment.OSVersion.Version >= new Version(5, 1) ? 512 : 200; // Windows 2000 supports 200. Windows XP supports 512.
if (!NativeMethods.HidD_SetNumInputBuffers(handle, maxInputBuffers))
{
NativeMethods.CloseHandle(handle);
throw new IOException("Failed to set input buffers.", new Win32Exception());
}
_handle = handle;
HandleInitAndOpen();
}
// This method gets called by the runtime. Use this method to configure the HTTP request pipeline.
public void Configure(IApplicationBuilder app, IHostingEnvironment env)
{
if (env.IsDevelopment())
{
app.UseBrowserLink();
app.UseDeveloperExceptionPage();
}
else
{
app.UseExceptionHandler("/Home/Error");
}
app.UseCors(builder =>
{
builder.AllowAnyOrigin();
builder.AllowAnyHeader();
builder.AllowAnyMethod();
});
app.UseStaticHttpContext();
OpenConfiguration.Configure(Configuration);
app.UseSession();
app.UseHttpsRedirection();
app.UseStaticFiles();
app.UseMvc(routes =>
{
routes.MapRoute(
name: "default",
template: "{controller=Home}/{action=Index}/{id?}");
});
app.UseSignalR(routes =>
{
routes.MapHub <ChatHub>("/chatHub");
});
}
static void InitializeDevices()
{
exclusive = new OpenConfiguration();
exclusive.SetOption(OpenOption.Exclusive, true);
exclusive.SetOption(OpenOption.Interruptible, false);
corsairLNP = DeviceList.Local.GetHidDevices().Where(d => d.ProductID == 0x0C0B).First();
lnpStream = corsairLNP.Open(exclusive);
LightingNodeUtils.FirstTransaction(lnpStream);
surface = RGBSurface.Instance;
surface.Exception += args => Debug.WriteLine(args.Exception.Message);
surface.LoadDevices(AsusDeviceProvider.Instance, RGBDeviceType.Mainboard);
surface.LoadDevices(CorsairDeviceProvider.Instance);
auraMb = surface.Devices.OfType <AsusMainboardRGBDevice>().First();
auraMb.UpdateMode = DeviceUpdateMode.SyncBack;
corsairKeyboard = surface.Devices.OfType <CorsairKeyboardRGBDevice>().First();
corsairMousepad = surface.Devices.OfType <CorsairMousepadRGBDevice>().First();
corsairHeadsetStand = surface.Devices.OfType <CorsairHeadsetStandRGBDevice>().First();
GetAsusColors();
}
public List <IT8297ControlDevice> GetDevices()
{
var mbmanu = MotherboardInfo.Manufacturer;
var mbmodel = MotherboardInfo.Model;
var mbpn = MotherboardInfo.PartNumber;
var mbproduct = MotherboardInfo.Product;
var bm = MotherboardInfo.SystemName;
var terp = new OpenConfiguration();
terp.SetOption(OpenOption.Transient, true);
var loader = new HidDeviceLoader();
HidDevice device = null;
HidSharp.HidDevice[] devices = null;
foreach (var supportedId in supportedIds)
{
HidSharp.HidDevice[] tempdevices = loader.GetDevices(VENDOR_ID, supportedId).ToArray();
if (tempdevices.Length > 0)
{
devices = tempdevices;
}
}
if (devices == null || devices.Length == 0)
{
return(new List <IT8297ControlDevice>());
}
int attempts = 0;
bool success = false;
foreach (HidDevice ddevice in devices)
{
device = ddevice;
try
{
var ps = attempts % devices.Count();
Console.WriteLine("Trying connection " + ps);
// device = devices[attempts % devices.Count()];
Console.WriteLine(device.DevicePath);
byte[] t = device.GetRawReportDescriptor();
Debug.WriteLine("got raw");
Console.WriteLine(device.GetFriendlyName());
Debug.WriteLine("got friendly name");
stream = device.Open(terp);
Debug.WriteLine("got strean");
stream.SetCalibration();
Debug.WriteLine("set callibration");
stream.SendPacket(0x60, 0);
success = true;
}
catch
{
attempts++;
Thread.Sleep(100);
}
}
if (!success)
{
return(new List <IT8297ControlDevice>());
}
Bitmap pcieArea;
Bitmap rgbPins;
Bitmap vrm;
Debug.WriteLine("Loading PCI Area png");
pcieArea = (Bitmap)Image.FromStream(new MemoryStream(PCIArea_png.binary));
Debug.WriteLine("Loading RGB Pins png");
rgbPins = (Bitmap)Image.FromStream(new MemoryStream(rgbpins_png.binary));
Debug.WriteLine("Loading VRM Area png");
vrm = (Bitmap)Image.FromStream(new MemoryStream(VRM_png.binary));
byte[] buffer = new byte[64];
buffer[0] = 0xCC;
stream.GetFeature(buffer);
It8297ReportComplete report = GetReport(buffer);
stream.SetLedCount();
stream.Init();
string name = report.ProductName;
boardname = mbproduct;
string layout = "";
if (!GBMaps.ContainsKey(name))
{
name = "IT8297BX-GBX570";
}
layout = GBMaps[name];
if (GBoverrides.ContainsKey(mbproduct))
{
layout = GBoverrides[mbproduct];
}
List <IT8297ControlDevice> result = new List <IT8297ControlDevice>();
switch (layout)
{
case "FALLBACK":
{
result.Add(new IT8297ControlDevice
{
OverrideSupport = OverrideSupport.All,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 1",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x58,
Setter = RGBSetter.Strip
}
});
result.Add(new IT8297ControlDevice
{
OverrideSupport = OverrideSupport.All,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 2",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x59,
Setter = RGBSetter.Strip
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "VRM Block",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 32,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "PCI Area",
ProductImage = pcieArea,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 35,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "C1C2 Header",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x24,
Setter = RGBSetter.Single
}
});
break;
}
case "390":
{
result.Add(new IT8297ControlDevice
{
OverrideSupport = OverrideSupport.All,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 1",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x58,
Setter = RGBSetter.Strip
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[21],
Driver = this,
DeviceType = DeviceTypes.MotherBoard,
Name = "VRM",
ProductImage = vrm,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x59,
Setter = RGBSetter.Strip,
RGBOrder = RGBOrder.GRB
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Thing 1",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x20,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Thing 2",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x21,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Thing 3",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x22,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Chipset",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x23,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Thing 4",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x24,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Thing 5",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x25,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Thing 6",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x26,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Thing 7",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x27,
Setter = RGBSetter.Single
}
});
break;
}
case "MINI_ITX":
{
result.Add(new IT8297ControlDevice
{
OverrideSupport = OverrideSupport.All,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 1",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x58,
Setter = RGBSetter.Strip
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Back I/O",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = HDR_BACK_IO,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[4],
Driver = this,
Name = "MOBO Backlight",
ProductImage = pcieArea,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = HDR_CPU,
Setter = RGBSetter.Composite,
CompositeOrder = new int[]
{
0x20, 0x21, 0x22, 0x23
}
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "C1C2 Header",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x24,
Setter = RGBSetter.Single
}
});
//result.Add(new IT8297ControlDevice
//{
// LEDs = new ControlDevice.LedUnit[1],
// Driver = this,
// Name = "PCIExpress",
// ProductImage = pcieArea,
// DeviceType = DeviceTypes.MotherBoard,
// GigabyteRGBDevice = new GigabyteRGBDevice
// {
// FirstAddress = HDR_PCIE,
// Setter = RGBSetter.Single
// }
//});
//result.Add(new IT8297ControlDevice
//{
// LEDs = new ControlDevice.LedUnit[1],
// Driver = this,
// DeviceType = DeviceTypes.Fan,
// Name = "C1C2 Header",
// ProductImage = rgbPins,
// GigabyteRGBDevice = new GigabyteRGBDevice
// {
// FirstAddress = 0x24,
// Setter = RGBSetter.Single
// }
//});
break;
}
case "ITX":
{
result.Add(new IT8297ControlDevice
{
OverrideSupport = OverrideSupport.All,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 1",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x58,
Setter = RGBSetter.Strip
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Back I/O",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = HDR_BACK_IO,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "CPU Header",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = HDR_CPU,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "PCIExpress",
ProductImage = pcieArea,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = HDR_PCIE,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "C1C2 Header",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x24,
Setter = RGBSetter.Single
}
});
break;
}
case "STD_ATX":
{
result.Add(new IT8297ControlDevice
{
OverrideSupport = OverrideSupport.All,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 1",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x58,
Setter = RGBSetter.Strip
}
});
result.Add(new IT8297ControlDevice
{
OverrideSupport = OverrideSupport.All,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 2",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x59,
Setter = RGBSetter.Strip
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "Back I/O",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = HDR_BACK_IO,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "CPU Header",
ProductImage = vrm,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = HDR_CPU,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
Name = "PCIExpress",
ProductImage = pcieArea,
DeviceType = DeviceTypes.MotherBoard,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = HDR_PCIE,
Setter = RGBSetter.Single
}
});
result.Add(new IT8297ControlDevice
{
LEDs = new ControlDevice.LedUnit[1],
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "C1C2 Header",
ProductImage = rgbPins,
GigabyteRGBDevice = new GigabyteRGBDevice
{
FirstAddress = 0x24,
Setter = RGBSetter.Single
}
});
break;
}
}
foreach (IT8297ControlDevice it8297ControlDevice in result.Where(x => x.LEDs == null || x.LEDs.Length < 1))
{
SetDeviceOverride(it8297ControlDevice, new GenericFan());
}
foreach (IT8297ControlDevice it8297ControlDevice in result)
{
for (int i = 0; i < it8297ControlDevice.LEDs.Length; i++)
{
it8297ControlDevice.LEDs[i] = new ControlDevice.LedUnit
{
Color = new LEDColor(0, 0, 0),
Data = new ControlDevice.LEDData
{
LEDNumber = i
},
LEDName = it8297ControlDevice.Name + " " + (i + 1)
};
}
}
return(result);
}
public List <ControlDevice> GetDevices()
{
var terp = new OpenConfiguration();
terp.SetOption(OpenOption.Transient, true);
var loader = new HidDeviceLoader();
HidDevice device = null;
HidSharp.HidDevice[] devices = null;
foreach (var supportedId in supportedIds)
{
HidSharp.HidDevice[] tempdevices = loader.GetDevices(VENDOR_ID, supportedId).ToArray();
if (tempdevices.Length > 0)
{
devices = tempdevices;
}
}
if (devices == null || devices.Length == 0)
{
return(new List <ControlDevice>());
}
int attempts = 0;
bool success = false;
while (attempts < 100 && !success)
{
try
{
Console.WriteLine("Attempting connection");
device = devices[attempts % devices.Count()];
byte[] t = device.GetRawReportDescriptor();
Console.WriteLine(device.GetFriendlyName());
stream = device.Open(terp);
stream.SetCalibration();
stream.SendPacket(0x60, 0);
success = true;
}
catch
{
attempts++;
Thread.Sleep(100);
}
}
if (!success)
{
return(new List <ControlDevice>());
}
Bitmap pcieArea;
Bitmap rgbPins;
Bitmap vrm;
Assembly myAssembly = Assembly.GetExecutingAssembly();
using (Stream myStream = myAssembly.GetManifestResourceStream("IT8297Driver.PCIArea.png"))
{
pcieArea = (Bitmap)Image.FromStream(myStream);
}
using (Stream myStream = myAssembly.GetManifestResourceStream("IT8297Driver.rgbpins.png"))
{
rgbPins = (Bitmap)Image.FromStream(myStream);
}
using (Stream myStream = myAssembly.GetManifestResourceStream("IT8297Driver.VRM.png"))
{
vrm = (Bitmap)Image.FromStream(myStream);
}
byte[] buffer = new byte[64];
buffer[0] = 0xCC;
stream.GetFeature(buffer);
It8297ReportComplete report = GetReport(buffer);
stream.SetLedCount();
stream.Init();
List <ControlDevice> result = new List <ControlDevice>();
result.Add(new ControlDevice
{
LEDs = leds1,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 1",
ProductImage = rgbPins,
SupportsLEDCountOverride = true
});
result.Add(new ControlDevice
{
LEDs = leds2,
Driver = this,
DeviceType = DeviceTypes.Fan,
Name = "ARGB Header 2",
ProductImage = rgbPins,
SupportsLEDCountOverride = true
});
result.Add(new ControlDevice
{
LEDs = vrmLeds,
Driver = this,
DeviceType = DeviceTypes.MotherBoard,
Name = "VRM Block",
ProductImage = vrm
});
result.Add(new ControlDevice
{
LEDs = pciLeds,
Driver = this,
DeviceType = DeviceTypes.MotherBoard,
Name = "PCI area",
ProductImage = pcieArea
});
return(result);
}
public HidDeviceWrap Initialize()
{
Error = null;
Opened = false;
_ready = false;
DevicePath = Device.DevicePath;
Change();
Task.Run(() =>
{
Opening = true;
try
{
//Stream = Device.Open();
Descriptor = Device.GetReportDescriptor();
MaxInputReportLength = Device.GetMaxInputReportLength();
InputReportCount = 0;
InputReportOffsets.Clear();
foreach (var report in Descriptor.InputReports)
{
InputReportOffsets.Add(report.ReportID, InputReportCount * MaxInputReportLength);
InputReportCount++;
}
InputLength = MaxInputReportLength * InputReportCount;
OutputLength = Device.GetMaxOutputReportLength();
_inputBytes = new byte[InputLength];
_rawInputBytes = new byte[MaxInputReportLength];
_outputBytes = new byte[OutputLength];
Receiver = Descriptor.CreateHidDeviceInputReceiver();
var options = new OpenConfiguration();
options.SetOption(OpenOption.Exclusive, false);
options.SetOption(OpenOption.Transient, false);
options.SetOption(OpenOption.Interruptible, false);
options.SetOption(OpenOption.Priority, OpenPriority.High);
Stream = Device.Open(options);
Receiver.Start(Stream);
Receiver.Received += (sender, args) =>
{
Opened = true;
_ready = true;
Change();
};
Opened = true;
}
catch (Exception e)
{
Opened = false;
Error = e;
}
Opening = false;
Change();
_ready = Opened;
});
return(this);
}
public new BleStream Open(OpenConfiguration openConfig)
{
return((BleStream)base.Open(openConfig));
}
protected override void RunScan()
{
var devList = DeviceList.Local;
var hidDevices = devList.GetHidDevices();
var serialDevices = devList.GetSerialDevices();
foreach (var device in hidDevices)
{
var hidFinder = new HIDProtocolConfiguration((ushort)device.VendorID, (ushort)device.ProductID);
var factory = DeviceConfigurationManager.Manager.Find(hidFinder);
if (factory == null)
{
continue;
}
// We're already connected, just keep going.
if (_connectedAddresses.Contains(device.DevicePath))
{
continue;
}
var bpDevice = factory.CreateDevice(LogManager, new HidSharpHidDeviceImpl(LogManager, device)).Result;
_connectedAddresses.Add(bpDevice.Identifier);
void Removed(object aObj, EventArgs aArgs)
{
_connectedAddresses.Remove(bpDevice.Identifier);
bpDevice.DeviceRemoved -= Removed;
}
bpDevice.DeviceRemoved += Removed;
InvokeDeviceAdded(new DeviceAddedEventArgs(bpDevice));
}
foreach (var port in serialDevices)
{
var serialFinder = new SerialProtocolConfiguration(port.GetFileSystemName());
var factory = DeviceConfigurationManager.Manager.Find(serialFinder);
if (factory == null)
{
continue;
}
// We're already connected, just keep going.
if (_connectedAddresses.Contains(port.DevicePath))
{
continue;
}
var config = new OpenConfiguration();
config.SetOption(OpenOption.Exclusive, true);
config.SetOption(OpenOption.Interruptible, true);
config.SetOption(OpenOption.TimeoutIfInterruptible, 1000);
config.SetOption(OpenOption.TimeoutIfTransient, 1000);
if (!port.TryOpen(config, out var stream))
{
continue;
}
var deviceConfig = factory.Config as SerialProtocolConfiguration;
stream.BaudRate = (int)deviceConfig.BaudRate;
stream.DataBits = (int)deviceConfig.DataBits;
stream.StopBits = (int)deviceConfig.StopBits;
stream.Parity = SerialParity.None;
var bpDevice = factory.CreateDevice(LogManager, new HidSharpSerialDeviceImpl(LogManager, stream)).Result;
_connectedAddresses.Add(bpDevice.Identifier);
void Removed(object aObj, EventArgs aArgs)
{
_connectedAddresses.Remove(bpDevice.Identifier);
bpDevice.DeviceRemoved -= Removed;
}
bpDevice.DeviceRemoved += Removed;
InvokeDeviceAdded(new DeviceAddedEventArgs(bpDevice));
}
}
protected override string GetStreamPath(OpenConfiguration openConfig)
{
var service = GetService(openConfig);
if (service == null)
{
throw DeviceException.CreateIOException(this, "BLE service not specified.");
}
if (service.Device != this)
{
throw DeviceException.CreateIOException(this, "BLE service is on a different device.");
}
uint devInst;
if (0 == NativeMethods.CM_Locate_DevNode(out devInst, _id))
{
if (0 == NativeMethods.CM_Get_Child(out devInst, devInst))
{
do
{
string serviceDeviceID;
if (0 == NativeMethods.CM_Get_Device_ID(devInst, out serviceDeviceID))
{
NativeMethods.HDEVINFO devInfo = NativeMethods.SetupDiGetClassDevs(
service.Uuid, serviceDeviceID, IntPtr.Zero,
NativeMethods.DIGCF.DeviceInterface | NativeMethods.DIGCF.Present
);
if (devInfo.IsValid)
{
try
{
NativeMethods.SP_DEVINFO_DATA dvi = new NativeMethods.SP_DEVINFO_DATA();
dvi.Size = Marshal.SizeOf(dvi);
for (int j = 0; NativeMethods.SetupDiEnumDeviceInfo(devInfo, j, ref dvi); j++)
{
NativeMethods.SP_DEVICE_INTERFACE_DATA did = new NativeMethods.SP_DEVICE_INTERFACE_DATA();
did.Size = Marshal.SizeOf(did);
for (int k = 0; NativeMethods.SetupDiEnumDeviceInterfaces(devInfo, ref dvi, service.Uuid, k, ref did); k++)
{
string devicePath;
if (NativeMethods.SetupDiGetDeviceInterfaceDevicePath(devInfo, ref did, out devicePath))
{
// FIXME: Take the attribute handle into account as well.
// Right now, if there are multiple services with the same GUID, we do not distinguish between them.
return(devicePath);
}
}
}
}
finally
{
NativeMethods.SetupDiDestroyDeviceInfoList(devInfo);
}
}
}
}while (0 == NativeMethods.CM_Get_Sibling(out devInst, devInst));
}
}
throw DeviceException.CreateIOException(this, string.Format("BLE service {0} not found.", service.Uuid));
}
protected override DeviceStream OpenDeviceDirectly(OpenConfiguration openConfig)
{
return(new LinuxSerialStream(this));
}
void Monitor()
{
while (runMonitor)
{
var compatibleDevices = DeviceList.Local.GetHidDevices(StadiaController.VID, StadiaController.PID);
compatibleDevices = compatibleDevices.Concat(DeviceList.Local.GetHidDevices(RB3KeyboardController.VID, RB3KeyboardController.PID));
compatibleDevices = compatibleDevices.Concat(DeviceList.Local.GetHidDevices(LunaController.VID, LunaController.PID)
// Luna controllers present a vendor-defined HID device as well, but for now we're only interested in the standard gamepad device
.Where(device => device.GetMaxOutputReportLength() > 3));
var existingDevices = gamepads.Select(g => g._device).ToList();
var newDevices = compatibleDevices.Where(d => !existingDevices.Select(e => e.DevicePath).Contains(d.DevicePath));
foreach (var gamepad in gamepads.ToList())
{
if (!gamepad.running)
{
gamepads.Remove(gamepad);
}
if (gamepads.Count == 0)
{
GCSettings.LatencyMode = GCLatencyMode.Interactive;
}
}
foreach (var deviceInstance in newDevices)
{
var device = deviceInstance;
HidStream stream = null;
try
{
OpenConfiguration oc = new OpenConfiguration();
// reEnable doesn't seem to play nicely with Luna, and exclusive mode never works
if (!(device.VendorID == LunaController.VID && device.ProductID == LunaController.PID))
{
reEnableDevice(devicePathToInstanceId(device.DevicePath));
oc.SetOption(OpenOption.Exclusive, true);
oc.SetOption(OpenOption.Transient, true);
}
oc.SetOption(OpenOption.Priority, OpenPriority.VeryHigh);
stream = device.Open(oc);
}
catch (DeviceIOException)
{
try
{
stream = device.Open();
NotifyUser("Unable to open device in exclusive mode. Try reconnecting the controller; you may also need to close other apps (Steam, Discord, internet browser, etc).");
}
catch (DeviceIOException)
{
// well, shit happens I guess. give up on this round of Monitor. I've run into this when unplugging RB3 keyboard dongles.
goto IOErrorSkip;
}
}
var usedIndexes = gamepads.Select(g => g._index);
int index = 1;
while (usedIndexes.Contains(index))
{
index++;
}
switch (device.VendorID)
{
case StadiaController.VID:
if (device.ProductID == StadiaController.PID)
{
gamepads.Add(new StadiaController(device, stream, client, index));
}
break;
case RB3KeyboardController.VID:
if (device.ProductID == RB3KeyboardController.PID)
{
gamepads.Add(new RB3KeyboardController(device, stream, client, index));
}
break;
case LunaController.VID:
if (device.ProductID == LunaController.PID)
{
gamepads.Add(new LunaController(device, stream, client, index));
}
break;
}
GCSettings.LatencyMode = GCLatencyMode.SustainedLowLatency;
}
IOErrorSkip:
Thread.Sleep(1000);
}
}
public HyperXKeyboardSupport(int vid, int pid, int usb)
{
List <uint> order = new List <uint>();
xy = new List <XY>();
int pp = 0;
humm = new XY[106];
for (int x = 0; x < 23; x++)
{
for (int y = 0; y < 6; y++)
{
var tt = matrixMap[y][x];
if (tt == 4294967295)
{
}
else
{
humm[tt] = new XY
{
X = x,
Y = y,
Order = (int)tt,
DebugName = KeyNames[tt],
};
}
}
}
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""DebugName"": ""DIVIDE"",
""DebugName2"": null,
""ScanCode"": 53
},
{
""X"": 19,
""Y"": 4,
""Key"": 0,
""Order"": 64,
""Color"": null,
""DebugName"": ""NUMPAD1"",
""DebugName2"": null,
""ScanCode"": 79
},
{
""X"": 7,
""Y"": 0,
""Key"": 0,
""Order"": 65,
""Color"": null,
""DebugName"": ""F5"",
""DebugName2"": null,
""ScanCode"": 63
},
{
""X"": 5,
""Y"": 1,
""Key"": 0,
""Order"": 66,
""Color"": null,
""DebugName"": ""D5"",
""DebugName2"": null,
""ScanCode"": 6
},
{
""X"": 7,
""Y"": 2,
""Key"": 0,
""Order"": 67,
""Color"": null,
""DebugName"": ""T"",
""DebugName2"": null,
""ScanCode"": 20
},
{
""X"": 7,
""Y"": 3,
""Key"": 0,
""Order"": 68,
""Color"": null,
""DebugName"": ""G"",
""DebugName2"": null,
""ScanCode"": 34
},
{
""X"": 5,
""Y"": 4,
""Key"": 0,
""Order"": 69,
""Color"": null,
""DebugName"": ""V"",
""DebugName2"": null,
""ScanCode"": 47
},
{
""X"": 17,
""Y"": 1,
""Key"": 0,
""Order"": 70,
""Color"": null,
""DebugName"": ""HOME"",
""DebugName2"": null,
""ScanCode"": 71
},
{
""X"": 18,
""Y"": 2,
""Key"": 0,
""Order"": 71,
""Color"": null,
""DebugName"": ""NEXT"",
""DebugName2"": null,
""ScanCode"": 81
},
{
""X"": 21,
""Y"": 2,
""Key"": 0,
""Order"": 72,
""Color"": null,
""DebugName"": ""NUMPAD9"",
""DebugName2"": null,
""ScanCode"": 73
},
{
""X"": 21,
""Y"": 1,
""Key"": 0,
""Order"": 73,
""Color"": null,
""DebugName"": ""MULTIPLY"",
""DebugName2"": null,
""ScanCode"": 55
},
{
""X"": 20,
""Y"": 4,
""Key"": 0,
""Order"": 74,
""Color"": null,
""DebugName"": ""NUMPAD2"",
""DebugName2"": null,
""ScanCode"": 80
},
{
""X"": 8,
""Y"": 0,
""Key"": 0,
""Order"": 75,
""Color"": null,
""DebugName"": ""F6"",
""DebugName2"": null,
""ScanCode"": 64
},
{
""X"": 6,
""Y"": 1,
""Key"": 0,
""Order"": 76,
""Color"": null,
""DebugName"": ""D6"",
""DebugName2"": null,
""ScanCode"": 7
},
{
""X"": 8,
""Y"": 2,
""Key"": 0,
""Order"": 77,
""Color"": null,
""DebugName"": ""Y"",
""DebugName2"": null,
""ScanCode"": 21
},
{
""X"": 8,
""Y"": 3,
""Key"": 0,
""Order"": 78,
""Color"": null,
""DebugName"": ""H"",
""DebugName2"": null,
""ScanCode"": 35
},
{
""X"": 7,
""Y"": 4,
""Key"": 0,
""Order"": 79,
""Color"": null,
""DebugName"": ""B"",
""DebugName2"": null,
""ScanCode"": 48
},
{
""X"": 18,
""Y"": 1,
""Key"": 0,
""Order"": 80,
""Color"": null,
""DebugName"": ""PRIOR"",
""DebugName2"": null,
""ScanCode"": 73
},
{
""X"": 14,
""Y"": 4,
""Key"": 0,
""Order"": 81,
""Color"": null,
""DebugName"": ""RSHIFT"",
""DebugName2"": null,
""ScanCode"": 54
},
{
""X"": 22,
""Y"": 1,
""Key"": 0,
""Order"": 82,
""Color"": null,
""DebugName"": ""SUBTRACT"",
""DebugName2"": null,
""ScanCode"": 74
},
{
""X"": 21,
""Y"": 4,
""Key"": 0,
""Order"": 83,
""Color"": null,
""DebugName"": ""NUMPAD3"",
""DebugName2"": null,
""ScanCode"": 81
},
{
""X"": 9,
""Y"": 0,
""Key"": 0,
""Order"": 84,
""Color"": null,
""DebugName"": ""F7"",
""DebugName2"": null,
""ScanCode"": 65
},
{
""X"": 7,
""Y"": 1,
""Key"": 0,
""Order"": 85,
""Color"": null,
""DebugName"": ""D7"",
""DebugName2"": null,
""ScanCode"": 8
},
{
""X"": 9,
""Y"": 2,
""Key"": 0,
""Order"": 86,
""Color"": null,
""DebugName"": ""U"",
""DebugName2"": null,
""ScanCode"": 22
},
{
""X"": 9,
""Y"": 3,
""Key"": 0,
""Order"": 87,
""Color"": null,
""DebugName"": ""J"",
""DebugName2"": null,
""ScanCode"": 36
},
{
""X"": 9,
""Y"": 4,
""Key"": 0,
""Order"": 88,
""Color"": null,
""DebugName"": ""N"",
""DebugName2"": null,
""ScanCode"": 49
},
{
""X"": 12,
""Y"": 5,
""Key"": 0,
""Order"": 89,
""Color"": null,
""DebugName"": ""RMENU"",
""DebugName2"": null,
""ScanCode"": 56
},
{
""X"": 14,
""Y"": 2,
""Key"": 0,
""Order"": 90,
""Color"": null,
""DebugName"": ""OEMCLOSEBRACKETS"",
""DebugName2"": null,
""ScanCode"": 27
},
{
""X"": 15,
""Y"": 5,
""Key"": 0,
""Order"": 91,
""Color"": null,
""DebugName"": ""RCONTROL"",
""DebugName2"": null,
""ScanCode"": 29
},
{
""X"": 19,
""Y"": 3,
""Key"": 0,
""Order"": 92,
""Color"": null,
""DebugName"": ""NUMPAD4"",
""DebugName2"": null,
""ScanCode"": 75
},
{
""X"": 22,
""Y"": 2,
""Key"": 0,
""Order"": 93,
""Color"": null,
""DebugName"": ""ADD"",
""DebugName2"": null,
""ScanCode"": 78
},
{
""X"": 19,
""Y"": 5,
""Key"": 0,
""Order"": 94,
""Color"": null,
""DebugName"": ""NUMPAD0"",
""DebugName2"": null,
""ScanCode"": 82
},
{
""X"": 10,
""Y"": 0,
""Key"": 0,
""Order"": 95,
""Color"": null,
""DebugName"": ""F8"",
""DebugName2"": null,
""ScanCode"": 88
},
{
""X"": 8,
""Y"": 1,
""Key"": 0,
""Order"": 96,
""Color"": null,
""DebugName"": ""D8"",
""DebugName2"": null,
""ScanCode"": 9
},
{
""X"": 10,
""Y"": 2,
""Key"": 0,
""Order"": 97,
""Color"": null,
""DebugName"": ""I"",
""DebugName2"": null,
""ScanCode"": 23
},
{
""X"": 10,
""Y"": 3,
""Key"": 0,
""Order"": 98,
""Color"": null,
""DebugName"": ""K"",
""DebugName2"": null,
""ScanCode"": 37
},
{
""X"": 10,
""Y"": 4,
""Key"": 0,
""Order"": 99,
""Color"": null,
""DebugName"": ""M"",
""DebugName2"": null,
""ScanCode"": 50
},
{
""X"": 13,
""Y"": 5,
""Key"": 0,
""Order"": 100,
""Color"": null,
""DebugName"": ""RWIN"",
""DebugName2"": null,
""ScanCode"": 92
},
{
""X"": 15,
""Y"": 2,
""Key"": 0,
""Order"": 101,
""Color"": null,
""DebugName"": ""OEMPIPE"",
""DebugName2"": null,
""ScanCode"": 43
},
{
""X"": 17,
""Y"": 4,
""Key"": 0,
""Order"": 102,
""Color"": null,
""DebugName"": ""UP"",
""DebugName2"": null,
""ScanCode"": 72
},
{
""X"": 20,
""Y"": 3,
""Key"": 0,
""Order"": 103,
""Color"": null,
""DebugName"": ""NUMPAD5"",
""DebugName2"": null,
""ScanCode"": 76
},
{
""X"": 21,
""Y"": 5,
""Key"": 0,
""Order"": 105,
""Color"": null,
""DebugName"": ""DECIMAL"",
""DebugName2"": null,
""ScanCode"": 83
}
]";
//xy = JsonConvert.DeserializeObject<List<XY>>(shitmap);
//Debug.WriteLine("---------------------");
//foreach (XY xy1 in xy)
//{
// Debug.Write(xy1.X+","+xy1.Y+","+xy1.ScanCode+",");
//}
//Debug.WriteLine("");
//Debug.WriteLine("---------------------");
//string jshumm = JsonConvert.SerializeObject(xy);
//Debug.WriteLine(jshumm);
//for (int x = 0; x < 23; x++)
//{
// for (int y = 0; y < 6; y++)
// {
// var tt = matrixMap[y][x];
// if (tt != NA)
// {
// int ypos = (int)(tt % 6);
// int xpos = (int) ((tt - ypos) / 6);
// var poopoo = new XY
// {
// X = x,
// Y = y,
// Key = tt,
// Order = pp,
// DebugName = KeyNames[pp],
// DebugName2 = KeyNames[tt]
// };
// xy.Add(poopoo);
// Debug.WriteLine(tt);
// order.Add(tt);
// pp++;
// }
// }
//}
xy = humm.ToList();
OrderOfKeys = order.ToArray();
OrderOfKeys = xy.OrderBy(p => (p.X * 6) + p.Y).Select(p => p.Key).ToArray();
VENDOR_ID = vid;
PRODUCT_ID = pid;
USB_INTERFACE = usb;
var terp = new OpenConfiguration();
terp.SetOption(OpenOption.Interruptible, true);
var loader = new HidDeviceLoader();
var devices = loader.GetDevices(VENDOR_ID, PRODUCT_ID).ToArray();
int ct = 0;
foreach (var tdevice in devices)
{
ct++;
HidStream tmpstream;// = tdevice.Open(terp);
try
{
tmpstream = tdevice.Open(terp);
if (tmpstream != null)
{
Debug.WriteLine("");
Debug.WriteLine("device opened " + ct + " " + tdevice.DevicePath);
SwitchProfile(0, tmpstream);
Debug.WriteLine("Well, that seemed to work");
stream = tmpstream;
}
}
catch (Exception e)
{
Debug.WriteLine(e.Message);
}
}
if (stream == null)
{
throw new Exception("Stream null");
}
}
WinBleService GetService(OpenConfiguration openConfig)
{
return((WinBleService)openConfig.GetOption(OpenOption.BleService));
}
