public bool Add(XInputSubscriptionRequest subReq, dynamic handler, string subscriberId, int povDirection)
{
switch (subReq.InputType)
{
case XIInputType.Axis:
//var axisId = (xinputAxes)subReq.InputIndex;
var axisId = subReq.InputIndex;
if (!SubscribedAxes.ContainsKey(axisId))
{
SubscribedAxes.Add(axisId, new SubscribedXIInput());
}
SubscribedAxes[axisId].Add(handler, subscriberId, povDirection);
break;
case XIInputType.Button:
var buttonId = subReq.InputIndex;
if (!SubscribedButtons.ContainsKey(buttonId))
{
SubscribedButtons.Add(buttonId, new SubscribedXIInput());
}
SubscribedButtons[buttonId].Add(handler, subscriberId, povDirection);
break;
case XIInputType.Dpad:
povDirection = subReq.InputIndex;
if (!SubscribedDpadDirections.ContainsKey(povDirection))
{
SubscribedDpadDirections.Add(povDirection, new SubscribedXIInput());
}
SubscribedDpadDirections[povDirection].Add(handler, subscriberId, 0);
break;
}
return(true);
}
private bool Subscribe(UserIndex controllerId, XInputSubscriptionRequest subReq, dynamic handler, string id, int povDirection = 0)
{
lock (stickSubscriptions.XInputSticks)
{
return(stickSubscriptions.Add(controllerId, subReq, handler, id, povDirection));
}
}
private bool UnSubscribe(UserIndex controllerId, XInputSubscriptionRequest subReq, string id, int povDirection = 0)
{
// Block the Monitor thread from polling while we update the data structures
lock (stickSubscriptions.XInputSticks)
{
return(stickSubscriptions.Remove(controllerId, subReq, id, povDirection));
}
}
public bool Remove(UserIndex controllerId, XInputSubscriptionRequest subReq, string id, int povDirection = 0)
{
if (!XInputSticks.ContainsKey(controllerId))
{
return(false);
}
var ret = XInputSticks[controllerId].Remove(subReq, id, povDirection);
RemoveStickIfEmpty(controllerId);
return(ret);
}
// XInput
public bool Add(UserIndex controllerId, XInputSubscriptionRequest subReq, dynamic handler, string subscriberId, int povDirection = 0)
{
if (!RegisterStick(controllerId))
{
return(false);
}
if (!XInputSticks[controllerId].Add(subReq, handler, subscriberId, povDirection))
{
//RemoveStickIfEmpty(controllerId); // If the stick was valid, but non-existent axis or button, then remove the stick again if it is empty
return(false);
}
SetMonitorState();
return(true);
}
public bool Remove(XInputSubscriptionRequest subReq, string subscriberId, int povDirection)
{
bool ret;
switch (subReq.InputType)
{
case XIInputType.Axis:
if (!SubscribedAxes.ContainsKey(subReq.InputIndex))
{
return(false);
}
ret = SubscribedAxes[subReq.InputIndex].Remove(subscriberId, povDirection);
if (SubscribedAxes[subReq.InputIndex].IsEmpty())
{
SubscribedAxes.Remove(subReq.InputIndex);
}
return(ret);
case XIInputType.Button:
if (!SubscribedButtons.ContainsKey(subReq.InputIndex))
{
return(false);
}
ret = SubscribedButtons[subReq.InputIndex].Remove(subscriberId, povDirection);
if (SubscribedButtons[subReq.InputIndex].IsEmpty())
{
SubscribedButtons.Remove(subReq.InputIndex);
}
return(ret);
case XIInputType.Dpad:
if (!SubscribedDpadDirections.ContainsKey(subReq.InputIndex))
{
return(false);
}
ret = SubscribedDpadDirections[subReq.InputIndex].Remove(subscriberId, povDirection);
if (SubscribedDpadDirections[subReq.InputIndex].IsEmpty())
{
SubscribedDpadDirections.Remove(subReq.InputIndex);
}
return(ret);
}
return(true);
}
public bool UnSubscribeXboxPovDirection(int controllerId, int povDirection, string subscriberId = "0")
{
var subReq = new XInputSubscriptionRequest(XIInputType.Dpad, povDirection);
return(UnSubscribe((UserIndex)controllerId - 1, subReq, subscriberId));
}
public bool UnSubscribeXboxButton(int controllerId, int buttonId, string subscriberId = "0")
{
var subReq = new XInputSubscriptionRequest(XIInputType.Button, buttonId);
return(UnSubscribe((UserIndex)controllerId - 1, subReq, subscriberId));
}
public bool UnSubscribeXboxAxis(int controllerId, int axisId, string subscriberId = "0")
{
var subReq = new XInputSubscriptionRequest(XIInputType.Axis, axisId);
return(UnSubscribe((UserIndex)controllerId - 1, subReq, subscriberId));
}
