/// <summary>
/// Initialize this module.
/// </summary>
public override void Initialize()
{
base.Initialize();
HardwareInput = Host.Platform.GetInput(Host.Window);
HardwareInput.Initialize();
HardwareInput.JoypadConnection += (obj, e) =>
{
if (!InputStates.ContainsKey(e.Joypad))
{
InputStates.Add(e.Joypad, new InputState());
}
if (e.Connected)
{
Joypads.Add(new VirtualJoypad(InputStates?[e.Joypad], e.Joypad.Index, e.Joypad.Name));
}
else
{
Joypads.RemoveAt(Joypads.FindIndex(x => x.Index == e.Joypad.Index));
}
JoypadConnection?.Invoke(obj, e);
};
InputStates.Add(HardwareKeyboard, new InputState());
InputStates.Add(HardwareMouse, new InputState());
HardwareKeyboard.OnTypeWithMods += HardwareKeyboard_OnTypeWithMods;
HardwareKeyboard.OnKeyEvent += HardwareKeyboard_OnKeyEvent;
HardwareKeyboard.OnType += HardwareKeyboard_OnType;
HardwareMouse.OnButtonEvent += HardwareMouse_OnButtonEvent;
HardwareMouse.OnScroll += HardwareMouse_OnScroll;
HardwareMouse.OnMove += HardwareMouse_OnMove;
foreach (var j in HardwareJoypads)
{
Joypads.Add(new VirtualJoypad(null, j.Index, j.Name));
}
}
public override void Initialize()
{
base.Initialize();
JoypadConnection += (obj, e) =>
{
if (e.Connected)
{
Joypads.Add(new VirtualJoypad(currentInputState?[e.Joypad], e.Joypad.Index, e.Joypad.Name));
}
else
{
Joypads.RemoveAt(Joypads.FindIndex(x => x.Index == e.Joypad.Index));
}
};
RunningLoop.Scheduler.AddDelayed(() =>
{
while (inputHistory.Count > 0)
{
currentInputHistory.Clear();
inputHistory.TryDequeue(out DeviceStates state);
Mouse.UpdateCurrentState(state?[Module.HardwareMouse]);
Keyboard.UpdateCurrentState(state?[Module.HardwareKeyboard]);
Mouse.Update(RunningLoop.Clock);
Keyboard.Update(RunningLoop.Clock);
foreach (var j in Joypads)
{
j.UpdateCurrentState(state?[Module.HardwareJoypads.Where(x => x.Index == j.Index).FirstOrDefault()]);
j.Update(RunningLoop.Clock);
}
currentInputHistory.Add(state);
}
}, 0, true);
}