public static void Initialize()
{
#if WINDOWS
KeyInput.Initialize();
IPCKeyInput.Initialize();
GamePad.Initialize();
GamePad360.Initialize();
#endif
Instance = new Input();
}
public static void Initialize()
{
if (PlatformLinkedLibSingleton.RunningOnUnix)
{
OTK_Keyboard.Initialize();
// OTK_Gamepad.Initialize();
}
else
{
KeyInput.Initialize();
IPCKeyInput.Initialize();
GamePad.Initialize();
GamePad360.Initialize();
}
Instance = new Input();
}
public static void Initialize(Control parent)
{
if (OSTailoredCode.IsUnixHost)
{
OTK_Keyboard.Initialize();
OTK_GamePad.Initialize();
}
else
{
KeyInput.Initialize(parent);
IPCKeyInput.Initialize();
GamePad.Initialize(parent);
GamePad360.Initialize();
}
Instance = new Input();
}
public static void Initialize()
{
if (OSTailoredCode.CurrentOS == OSTailoredCode.DistinctOS.Windows)
{
KeyInput.Initialize();
IPCKeyInput.Initialize();
GamePad.Initialize();
GamePad360.Initialize();
}
else
{
OTK_Keyboard.Initialize();
// OTK_Gamepad.Initialize();
}
Instance = new Input();
}
public static void Initialize()
{
if (Global.RunningOnUnix)
{
OTK_Keyboard.Initialize();
// OTK_Gamepad.Initialize();
}
else
{
KeyInput.Initialize();
IPCKeyInput.Initialize();
GamePad.Initialize();
GamePad360.Initialize();
}
Instance = new Input();
}
public static void Initialize()
{
if (OSTailoredCode.IsWindows())
{
KeyInput.Initialize();
IPCKeyInput.Initialize();
GamePad.Initialize();
GamePad360.Initialize();
}
else
{
OTK_Keyboard.Initialize();
OTK_GamePad.Initialize();
}
Instance = new Input();
}
private void UpdateThreadProc()
{
while (true)
{
#if true
var keyEvents = OTK_Keyboard.Update();
OTK_GamePad.UpdateAll();
#else
var keyEvents = OSTailoredCode.IsUnixHost
? OTK_Keyboard.Update()
: KeyInput.Update().Concat(IPCKeyInput.Update());
if (OSTailoredCode.IsUnixHost)
{
OTK_GamePad.UpdateAll();
}
else
{
GamePad.UpdateAll();
GamePad360.UpdateAll();
}
#endif
//this block is going to massively modify data structures that the binding method uses, so we have to lock it all
lock (this)
{
_newEvents.Clear();
//analyze keys
foreach (var ke in keyEvents)
{
HandleButton(ke.Key.ToString(), ke.Pressed, InputFocus.Keyboard);
}
lock (_floatValues)
{
//FloatValues.Clear();
// analyze OpenTK xinput (or is it libinput?)
foreach (var pad in OTK_GamePad.EnumerateDevices())
{
foreach (var but in pad.buttonObjects)
{
HandleButton(pad.InputNamePrefix + but.ButtonName, but.ButtonAction(), InputFocus.Pad);
}
foreach (var sv in pad.GetFloats())
{
var n = $"{pad.InputNamePrefix}{sv.Item1} Axis";
var f = sv.Item2;
if (_trackDeltas)
{
_floatDeltas[n] += Math.Abs(f - _floatValues[n]);
}
_floatValues[n] = f;
}
}
#if false
// analyze xinput
foreach (var pad in GamePad360.EnumerateDevices())
{
string xName = $"X{pad.PlayerNumber} ";
for (int b = 0; b < pad.NumButtons; b++)
{
HandleButton(xName + pad.ButtonName(b), pad.Pressed(b), InputFocus.Pad);
}
foreach (var sv in pad.GetFloats())
{
string n = xName + sv.Item1;
float f = sv.Item2;
if (_trackDeltas)
{
_floatDeltas[n] += Math.Abs(f - _floatValues[n]);
}
_floatValues[n] = f;
}
}
// analyze joysticks
foreach (var pad in GamePad.EnumerateDevices())
{
string jName = $"J{pad.PlayerNumber} ";
for (int b = 0; b < pad.NumButtons; b++)
{
HandleButton(jName + pad.ButtonName(b), pad.Pressed(b), InputFocus.Pad);
}
foreach (var sv in pad.GetFloats())
{
string n = jName + sv.Item1;
float f = sv.Item2;
//if (n == "J5 RotationZ")
// System.Diagnostics.Debugger.Break();
if (_trackDeltas)
{
_floatDeltas[n] += Math.Abs(f - _floatValues[n]);
}
_floatValues[n] = f;
}
}
#endif
// analyze moose
// other sorts of mouse api (raw input) could easily be added as a separate listing under a different class
if (_wantingMouseFocus.Contains(Form.ActiveForm))
{
var mousePos = Control.MousePosition;
if (_trackDeltas)
{
// these are relative to screen coordinates, but that's not terribly important
_floatDeltas["WMouse X"] += Math.Abs(mousePos.X - _floatValues["WMouse X"]) * 50;
_floatDeltas["WMouse Y"] += Math.Abs(mousePos.Y - _floatValues["WMouse Y"]) * 50;
}
// coordinate translation happens later
_floatValues["WMouse X"] = mousePos.X;
_floatValues["WMouse Y"] = mousePos.Y;
var mouseBtns = Control.MouseButtons;
HandleButton("WMouse L", (mouseBtns & MouseButtons.Left) != 0, InputFocus.Mouse);
HandleButton("WMouse C", (mouseBtns & MouseButtons.Middle) != 0, InputFocus.Mouse);
HandleButton("WMouse R", (mouseBtns & MouseButtons.Right) != 0, InputFocus.Mouse);
HandleButton("WMouse 1", (mouseBtns & MouseButtons.XButton1) != 0, InputFocus.Mouse);
HandleButton("WMouse 2", (mouseBtns & MouseButtons.XButton2) != 0, InputFocus.Mouse);
}
else
{
#if false // don't do this: for now, it will interfere with the virtualpad. don't do something similar for the mouse position either
// unpress all buttons
HandleButton("WMouse L", false, InputFocus.Mouse);
HandleButton("WMouse C", false, InputFocus.Mouse);
HandleButton("WMouse R", false, InputFocus.Mouse);
HandleButton("WMouse 1", false, InputFocus.Mouse);
HandleButton("WMouse 2", false, InputFocus.Mouse);
#endif
}
}
if (_newEvents.Count != 0)
{
//WHAT!? WE SHOULD NOT BE SO NAIVELY TOUCHING MAINFORM FROM THE INPUTTHREAD. ITS BUSY RUNNING.
AllowInput allowInput = GlobalWin.MainForm.AllowInput(false);
foreach (var ie in _newEvents)
{
//events are swallowed in some cases:
if (ie.LogicalButton.Alt && ShouldSwallow(GlobalWin.MainForm.AllowInput(true), ie))
{
continue;
}
if (ie.EventType == InputEventType.Press && ShouldSwallow(allowInput, ie))
{
continue;
}
EnqueueEvent(ie);
}
}
_ignoreEventsNextPoll = false;
} //lock(this)
//arbitrary selection of polling frequency:
Thread.Sleep(10);
}
}
void UpdateThreadProc()
{
for (; ;)
{
var keyEvents = KeyInput.Update().Concat(IPCKeyInput.Update());
GamePad.UpdateAll();
GamePad360.UpdateAll();
//this block is going to massively modify data structures that the binding method uses, so we have to lock it all
lock (this)
{
_NewEvents.Clear();
//analyze keys
foreach (var ke in keyEvents)
{
HandleButton(ke.Key.ToString(), ke.Pressed);
}
lock (FloatValues)
{
//FloatValues.Clear();
//analyze xinput
for (int i = 0; i < GamePad360.Devices.Count; i++)
{
var pad = GamePad360.Devices[i];
string xname = "X" + (i + 1) + " ";
for (int b = 0; b < pad.NumButtons; b++)
{
HandleButton(xname + pad.ButtonName(b), pad.Pressed(b));
}
foreach (var sv in pad.GetFloats())
{
string n = xname + sv.Item1;
float f = sv.Item2;
if (trackdeltas)
{
FloatDeltas[n] += Math.Abs(f - FloatValues[n]);
}
FloatValues[n] = f;
}
}
//analyze joysticks
for (int i = 0; i < GamePad.Devices.Count; i++)
{
var pad = GamePad.Devices[i];
string jname = "J" + (i + 1) + " ";
for (int b = 0; b < pad.NumButtons; b++)
{
HandleButton(jname + pad.ButtonName(b), pad.Pressed(b));
}
foreach (var sv in pad.GetFloats())
{
string n = jname + sv.Item1;
float f = sv.Item2;
//if (n == "J5 RotationZ")
// System.Diagnostics.Debugger.Break();
if (trackdeltas)
{
FloatDeltas[n] += Math.Abs(f - FloatValues[n]);
}
FloatValues[n] = f;
}
}
// analyse moose
// other sorts of mouse api (raw input) could easily be added as a separate listing under a different class
if (WantingMouseFocus.Contains(System.Windows.Forms.Form.ActiveForm))
{
var P = System.Windows.Forms.Control.MousePosition;
if (trackdeltas)
{
// these are relative to screen coordinates, but that's not terribly important
FloatDeltas["WMouse X"] += Math.Abs(P.X - FloatValues["WMouse X"]) * 50;
FloatDeltas["WMouse Y"] += Math.Abs(P.Y - FloatValues["WMouse Y"]) * 50;
}
// coordinate translation happens later
FloatValues["WMouse X"] = P.X;
FloatValues["WMouse Y"] = P.Y;
var B = System.Windows.Forms.Control.MouseButtons;
HandleButton("WMouse L", (B & System.Windows.Forms.MouseButtons.Left) != 0);
HandleButton("WMouse C", (B & System.Windows.Forms.MouseButtons.Middle) != 0);
HandleButton("WMouse R", (B & System.Windows.Forms.MouseButtons.Right) != 0);
HandleButton("WMouse 1", (B & System.Windows.Forms.MouseButtons.XButton1) != 0);
HandleButton("WMouse 2", (B & System.Windows.Forms.MouseButtons.XButton2) != 0);
}
else
{
//dont do this: for now, it will interfere with the virtualpad. dont do something similar for the mouse position either
//unpress all buttons
//HandleButton("WMouse L", false);
//HandleButton("WMouse C", false);
//HandleButton("WMouse R", false);
//HandleButton("WMouse 1", false);
//HandleButton("WMouse 2", false);
}
}
bool swallow = !GlobalWin.MainForm.AllowInput(false);
foreach (var ie in _NewEvents)
{
//events are swallowed in some cases:
if (ie.LogicalButton.Alt && !GlobalWin.MainForm.AllowInput(true))
{
}
else if (ie.EventType == InputEventType.Press && swallow)
{
}
else
{
EnqueueEvent(ie);
}
}
} //lock(this)
//arbitrary selection of polling frequency:
Thread.Sleep(10);
}
}
public IEnumerable <KeyEvent> ProcessHostKeyboards() => KeyInput.Update().Concat(IPCKeyInput.Update());
public void FirstInitAll(IntPtr mainFormHandle)
{
KeyInput.Initialize(mainFormHandle);
IPCKeyInput.Initialize();
ReInitGamepads(mainFormHandle);
}
void UpdateThreadProc()
{
while (true)
{
var keyEvents = OSTailoredCode.CurrentOS == OSTailoredCode.DistinctOS.Windows
? KeyInput.Update().Concat(IPCKeyInput.Update())
: OTK_Keyboard.Update();
if (OSTailoredCode.CurrentOS == OSTailoredCode.DistinctOS.Windows)
{
GamePad.UpdateAll();
GamePad360.UpdateAll();
}
else
{
//TODO
}
//this block is going to massively modify data structures that the binding method uses, so we have to lock it all
lock (this)
{
_NewEvents.Clear();
//analyze keys
foreach (var ke in keyEvents)
{
HandleButton(ke.Key.ToString(), ke.Pressed, InputFocus.Keyboard);
}
lock (FloatValues)
{
//FloatValues.Clear();
//analyze xinput
foreach (var pad in GamePad360.EnumerateDevices())
{
string xname = $"X{pad.PlayerNumber} ";
for (int b = 0; b < pad.NumButtons; b++)
{
HandleButton(xname + pad.ButtonName(b), pad.Pressed(b), InputFocus.Pad);
}
foreach (var sv in pad.GetFloats())
{
string n = xname + sv.Item1;
float f = sv.Item2;
if (trackdeltas)
{
FloatDeltas[n] += Math.Abs(f - FloatValues[n]);
}
FloatValues[n] = f;
}
}
//analyze joysticks
foreach (var pad in GamePad.EnumerateDevices())
{
string jname = $"J{pad.PlayerNumber} ";
for (int b = 0; b < pad.NumButtons; b++)
{
HandleButton(jname + pad.ButtonName(b), pad.Pressed(b), InputFocus.Pad);
}
foreach (var sv in pad.GetFloats())
{
string n = jname + sv.Item1;
float f = sv.Item2;
//if (n == "J5 RotationZ")
// System.Diagnostics.Debugger.Break();
if (trackdeltas)
{
FloatDeltas[n] += Math.Abs(f - FloatValues[n]);
}
FloatValues[n] = f;
}
}
// analyse moose
// other sorts of mouse api (raw input) could easily be added as a separate listing under a different class
if (WantingMouseFocus.Contains(System.Windows.Forms.Form.ActiveForm))
{
var P = System.Windows.Forms.Control.MousePosition;
if (trackdeltas)
{
// these are relative to screen coordinates, but that's not terribly important
FloatDeltas["WMouse X"] += Math.Abs(P.X - FloatValues["WMouse X"]) * 50;
FloatDeltas["WMouse Y"] += Math.Abs(P.Y - FloatValues["WMouse Y"]) * 50;
}
// coordinate translation happens later
FloatValues["WMouse X"] = P.X;
FloatValues["WMouse Y"] = P.Y;
var B = System.Windows.Forms.Control.MouseButtons;
HandleButton("WMouse L", (B & System.Windows.Forms.MouseButtons.Left) != 0, InputFocus.Mouse);
HandleButton("WMouse C", (B & System.Windows.Forms.MouseButtons.Middle) != 0, InputFocus.Mouse);
HandleButton("WMouse R", (B & System.Windows.Forms.MouseButtons.Right) != 0, InputFocus.Mouse);
HandleButton("WMouse 1", (B & System.Windows.Forms.MouseButtons.XButton1) != 0, InputFocus.Mouse);
HandleButton("WMouse 2", (B & System.Windows.Forms.MouseButtons.XButton2) != 0, InputFocus.Mouse);
}
else
{
//dont do this: for now, it will interfere with the virtualpad. dont do something similar for the mouse position either
//unpress all buttons
//HandleButton("WMouse L", false);
//HandleButton("WMouse C", false);
//HandleButton("WMouse R", false);
//HandleButton("WMouse 1", false);
//HandleButton("WMouse 2", false);
}
}
//WHAT!? WE SHOULD NOT BE SO NAIVELY TOUCHING MAINFORM FROM THE INPUTTHREAD. ITS BUSY RUNNING.
AllowInput allowInput = GlobalWin.MainForm.AllowInput(false);
foreach (var ie in _NewEvents)
{
//events are swallowed in some cases:
if (ie.LogicalButton.Alt && ShouldSwallow(GlobalWin.MainForm.AllowInput(true), ie))
{
}
else if (ie.EventType == InputEventType.Press && ShouldSwallow(allowInput, ie))
{
}
else
{
EnqueueEvent(ie);
}
}
} //lock(this)
//arbitrary selection of polling frequency:
Thread.Sleep(10);
}
}