/*
* private static void removeControllerConfig_gamecube()
* {
* string path = Program.AppConfig.GetFullPath("dolphin");
*
* string iniFile = Path.Combine(path, "User", "Config", "GCPadNew.ini");
* if (!File.Exists(iniFile))
* return;
*
* File.Delete(iniFile);
* }*/
private static void generateControllerConfig_realwiimotes(string path, string filename, string anyDefKey)
{
string iniFile = Path.Combine(path, "User", "Config", filename);
using (IniFile ini = new IniFile(iniFile, true))
{
for (int i = 0; i < 5; i++)
{
ini.ClearSection("[" + anyDefKey + i.ToString() + "]");
ini.WriteValue("[" + anyDefKey + i.ToString() + "]", "Source", "2");
}
ini.Save();
}
}
private static void generateControllerConfig_any(string path, string filename, string anyDefKey, InputKeyMapping anyMapping, Dictionary <string, string> anyReverseAxes, Dictionary <string, string> anyReplacements, Dictionary <string, string> extraOptions = null)
{
//string path = Program.AppConfig.GetFullPath("dolphin");
string iniFile = Path.Combine(path, "User", "Config", filename);
int nsamepad = 0;
Dictionary <string, int> double_pads = new Dictionary <string, int>();
using (IniFile ini = new IniFile(iniFile, true))
{
foreach (var pad in Program.Controllers)
{
string gcpad = anyDefKey + pad.PlayerIndex;
ini.ClearSection(gcpad);
if (pad.Config == null)
{
continue;
}
// SIDevice0 = 7 -> Keyb GCKeyNew.ini
// SIDevice1 = 6 -> controlleur standard GCPadNew.ini
string tech = "XInput";
string deviceName = "Gamepad";
if (pad.Config.Type == "keyboard")
{
tech = "DInput";
deviceName = "Keyboard Mouse";
}
else if (!pad.Config.IsXInputDevice())
{
var di = pad.Config.GetDirectInputInfo();
if (di == null)
{
continue;
}
tech = "DInput";
deviceName = di.Name;
}
if (double_pads.ContainsKey(tech + "/" + deviceName))
{
nsamepad = double_pads[tech + "/" + deviceName];
}
else
{
nsamepad = 0;
}
double_pads[tech + "/" + deviceName] = nsamepad + 1;
ini.WriteValue(gcpad, "Device", tech + "/" + nsamepad.ToString() + "/" + deviceName);
if (extraOptions != null)
{
foreach (var xtra in extraOptions)
{
ini.WriteValue(gcpad, xtra.Key, xtra.Value);
}
}
foreach (var x in anyMapping)
{
string keyName = x.Value;
if (pad.Config.Type == "keyboard")
{
var value = x.Value;
if (x.Key == InputKey.a)
{
value = "Buttons/A";
}
else if (x.Key == InputKey.b)
{
value = "Buttons/B";
}
else if (x.Key == InputKey.up)
{
value = "Main Stick/Up";
}
else if (x.Key == InputKey.down)
{
value = "Main Stick/Down";
}
else if (x.Key == InputKey.left)
{
value = "Main Stick/Left";
}
else if (x.Key == InputKey.right)
{
value = "Main Stick/Right";
}
if (x.Key == InputKey.joystick1left || x.Key == InputKey.joystick1up)
{
continue;
}
var input = pad.Config[x.Key];
if (input == null)
{
continue;
}
var name = ToDolphinKey(input.Id);
ini.WriteValue(gcpad, value, name);
}
else if (tech == "XInput")
{
var mapping = pad.Config.GetXInputMapping(x.Key);
if (mapping != XINPUTMAPPING.UNKNOWN && xInputMapping.ContainsKey(mapping))
{
ini.WriteValue(gcpad, x.Value, xInputMapping[mapping]);
}
string reverseAxis;
if (anyReverseAxes.TryGetValue(x.Value, out reverseAxis))
{
mapping = pad.Config.GetXInputMapping(x.Key, true);
if (mapping != XINPUTMAPPING.UNKNOWN && xInputMapping.ContainsKey(mapping))
{
ini.WriteValue(gcpad, reverseAxis, xInputMapping[mapping]);
}
}
}
else
{
var input = pad.Config[x.Key];
if (input == null)
{
continue;
}
if (input.Type == "button")
{
if (input.Id == 0) // Invert A & B
{
ini.WriteValue(gcpad, x.Value, "`Button 1`");
}
else if (input.Id == 1) // Invert A & B
{
ini.WriteValue(gcpad, x.Value, "`Button 0`");
}
else
{
ini.WriteValue(gcpad, x.Value, "`Button " + input.Id.ToString() + "`");
}
}
else if (input.Type == "hat")
{
string hat = "`Hat " + input.Id + " N`";
if (input.Value == 2) // SDL_HAT_RIGHT
{
hat = "`Hat " + input.Id + " E`";
}
else if (input.Value == 4) // SDL_HAT_DOWN
{
hat = "`Hat " + input.Id + " S`";
}
else if (input.Value == 8) // SDL_HAT_LEFT
{
hat = "`Hat " + input.Id + " W`";
}
ini.WriteValue(gcpad, x.Value, hat);
}
else if (input.Type == "axis")
{
Func <Input, bool, string> axisValue = (inp, revertAxis) =>
{
string axis = "`Axis ";
if (inp.Id == 2 || inp.Id == 5)
{
axis += "Z";
}
else if (inp.Id == 0 || inp.Id == 3)
{
axis += "X";
}
else
{
axis += "Y";
}
if (inp.Id == 3 || inp.Id == 4)
{
axis += "r";
}
if (inp.Id == 5)
{
revertAxis = !revertAxis;
}
if ((!revertAxis && inp.Value > 0) || (revertAxis && inp.Value < 0))
{
axis += "+";
}
else
{
axis += "-";
}
return(axis + "`");
};
ini.WriteValue(gcpad, x.Value, axisValue(input, false));
string reverseAxis;
if (anyReverseAxes.TryGetValue(x.Value, out reverseAxis))
{
ini.WriteValue(gcpad, reverseAxis, axisValue(input, true));
}
}
}
}
if (tech == "XInput")
{
// ini.WriteValue(gcpad, "Main Stick/Modifier", "`Thumb L`");
// ini.WriteValue(gcpad, "C-Stick/Modifier" , "`Thumb R`");
ini.WriteValue(gcpad, "Main Stick/Dead Zone", "5.0000000000000000");
ini.WriteValue(gcpad, "C-Stick/Dead Zone", "5.0000000000000000");
ini.WriteValue(gcpad, "Rumble/Motor", "`Motor L``Motor R`");
}
}
ini.Save();
}
}
