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vGenInterface.cpp
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vGenInterface.cpp
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// vGenInterface.cpp : Defines the exported functions for the DLL application.
//
#include "stdafx.h"
// Compilation directives
#define USE_STATIC
#define STATIC
#define VJOYHEADERUSED
//#include <ntstatus.h>
#include <Xinput.h>
#include "public.h"
#include "vjoyinterface.h"
#include "XOutput.h"
#include "vGenInterface.h"
#include "private.h"
#pragma comment(lib, "vJoyInterfaceStat.lib")
#pragma comment(lib, "XOutputStatic_1_2.lib")
extern "C" {
#pragma region Interface Functions (vJoy)
VGENINTERFACE_API SHORT GetvJoyVersion(void)
{
return vJoyNS::GetvJoyVersion();
}
VGENINTERFACE_API BOOL vJoyEnabled(void)
{
return vJoyNS::vJoyEnabled();
}
VGENINTERFACE_API PVOID GetvJoyProductString(void)
{
return vJoyNS::GetvJoyProductString();
}
VGENINTERFACE_API PVOID GetvJoyManufacturerString(void)
{
return vJoyNS::GetvJoyManufacturerString();
}
VGENINTERFACE_API PVOID GetvJoySerialNumberString(void)
{
return vJoyNS::GetvJoySerialNumberString();
}
VGENINTERFACE_API BOOL DriverMatch(WORD * DllVer, WORD * DrvVer)
{
return vJoyNS::DriverMatch(DllVer, DrvVer);
}
VGENINTERFACE_API VOID RegisterRemovalCB(RemovalCB cb, PVOID data)
{
return vJoyNS::RegisterRemovalCB(cb, data);
}
VGENINTERFACE_API BOOL vJoyFfbCap(BOOL * Supported)
{
return vJoyNS::vJoyFfbCap(Supported);
}
VGENINTERFACE_API BOOL GetvJoyMaxDevices(int * n)
{
return vJoyNS::GetvJoyMaxDevices(n);
}
VGENINTERFACE_API BOOL GetNumberExistingVJD(int * n) // What is the number of vJoy devices currently enabled
{
return vJoyNS::GetNumberExistingVJD(n);
}
VGENINTERFACE_API int GetVJDButtonNumber(UINT rID) // Get the number of buttons defined in the specified device
{
if (Range_vXbox(rID))
{
BOOL Exist;
if (SUCCEEDED(IX_isControllerPluggedIn(to_vXbox(rID), &Exist)) && Exist)
return 10;
else
return 0;
}
else
return vJoyNS::GetVJDButtonNumber(rID);
}
VGENINTERFACE_API int GetVJDDiscPovNumber(UINT rID) // Get the number of POVs defined in the specified device
{
if (Range_vXbox(rID))
{
BOOL Exist;
if (SUCCEEDED(IX_isControllerPluggedIn(to_vXbox(rID), &Exist)) && Exist)
return 1;
else
return 0;
}
else
return vJoyNS::GetVJDDiscPovNumber(rID);
}
VGENINTERFACE_API int GetVJDContPovNumber(UINT rID) // Get the number of POVs defined in the specified device
{
if (Range_vXbox(rID))
return 0;
else
return vJoyNS::GetVJDContPovNumber(rID);
}
VGENINTERFACE_API BOOL GetVJDAxisExist(UINT rID, UINT Axis) // Test if given axis defined in the specified VDJ
{
if (Range_vXbox(rID))
{
BOOL Exist;
if (SUCCEEDED(IX_isControllerPluggedIn(to_vXbox(rID), &Exist)) && Exist)
{
if ((Axis == HID_USAGE_X) || (Axis == HID_USAGE_Y) || (Axis == HID_USAGE_Z) || (Axis == HID_USAGE_RX) || (Axis == HID_USAGE_RY) || (Axis == HID_USAGE_RZ))
return TRUE;
else
return FALSE;
}
else
return FALSE;
}
else
return (vJoyNS::GetVJDAxisExist(rID, Axis) == TRUE);
}
VGENINTERFACE_API BOOL GetVJDAxisMax(UINT rID, UINT Axis, LONG * Max) // Get logical Maximum value for a given axis defined in the specified VDJ
{
if (Range_vXbox(rID))
{
if (!IX_isControllerPluggedIn(to_vXbox(rID)))
return FALSE;
if ((Axis == HID_USAGE_X) || (Axis == HID_USAGE_Y) || (Axis == HID_USAGE_RX) || (Axis == HID_USAGE_RY))
{
*Max = 32767;
return TRUE;
}
else if ((Axis == HID_USAGE_Z) || (Axis == HID_USAGE_RZ))
{
*Max = 255;
return TRUE;
}
else
return FALSE;
}
else
return vJoyNS::GetVJDAxisMax(rID, Axis, Max);
}
VGENINTERFACE_API BOOL GetVJDAxisMin(UINT rID, UINT Axis, LONG * Min) // Get logical Minimum value for a given axis defined in the specified VDJ
{
if (Range_vXbox(rID))
{
if (!IX_isControllerPluggedIn(to_vXbox(rID)))
return FALSE;
if ((Axis == HID_USAGE_X) || (Axis == HID_USAGE_Y) || (Axis == HID_USAGE_RX) || (Axis == HID_USAGE_RY))
{
*Min = -32768;
return TRUE;
}
else if ((Axis == HID_USAGE_Z) || (Axis == HID_USAGE_RZ))
{
*Min = 0;
return TRUE;
}
else
return FALSE;
}
else
return vJoyNS::GetVJDAxisMin(rID, Axis, Min);
}
VGENINTERFACE_API enum VjdStat GetVJDStatus(UINT rID) // Get the status of the specified vJoy Device.
{
if (Range_vXbox(rID))
{
BOOL Exist, Owned;
if SUCCEEDED(IX_isControllerOwned(to_vXbox(rID), &Owned))
{
if (Owned)
return VJD_STAT_OWN;
}
if SUCCEEDED(IX_isControllerPluggedIn(to_vXbox(rID), &Exist))
{
if (Exist)
return VJD_STAT_BUSY;
}
return VJD_STAT_FREE;
}
else
return vJoyNS::GetVJDStatus(rID);
}
VGENINTERFACE_API BOOL isVJDExists(UINT rID) // TRUE if the specified vJoy Device exists
{
if (Range_vXbox(rID))
{
BOOL Exist;
if SUCCEEDED(IX_isControllerPluggedIn(to_vXbox(rID), &Exist))
return Exist;
return FALSE;
}
else
return vJoyNS::isVJDExists(rID);
}
VGENINTERFACE_API int GetOwnerPid(UINT rID)
{
if (Range_vXbox(rID))
{
return 0;
}
else
return vJoyNS::GetOwnerPid(rID);
}
VGENINTERFACE_API BOOL AcquireVJD(UINT rID) // Acquire the specified vJoy Device.
{
if (Range_vXbox(rID))
return (IX_PlugIn(to_vXbox(rID)));
else
return vJoyNS::AcquireVJD(rID);
}
VGENINTERFACE_API VOID RelinquishVJD(UINT rID) // Relinquish the specified vJoy Device.
{
if (Range_vXbox(rID))
IX_UnPlug(to_vXbox(rID));
else
vJoyNS::RelinquishVJD(rID);
}
VGENINTERFACE_API BOOL UpdateVJD(UINT rID, PVOID pData) // Update the position data of the specified vJoy Device.
{
if (Range_vXbox(rID))
{
UINT UserIndex = to_vXbox(rID);
HDEVICE h = GetDevice(vXbox, UserIndex);
if (!h)
return FALSE;
// Get position
XINPUT_GAMEPAD * position = (XINPUT_GAMEPAD *)GetDevicePos(h);
if (!position)
return FALSE;
// Convert position (in place)
if (!ConvertPosition_vJoy2vXbox(pData, position))
return FALSE;
// Send data to device
if (ERROR_SUCCESS != XOutputSetState(UserIndex - 1, position))
return FALSE;
else
return TRUE;
}
else
return vJoyNS::UpdateVJD(rID, pData);
}
VGENINTERFACE_API BOOL SetAxis(LONG Value, UINT rID, UINT Axis) // Write Value to a given axis defined in the specified VDJ
{
if (Range_vJoy(rID))
return (vJoyNS::SetAxis(Value, rID, Axis) == TRUE);
if (Range_vXbox(rID))
{
if (!SUCCEEDED(IX_isControllerPluggedIn(to_vXbox(rID))))
return FALSE;
// Remap Axes
Axis = Axis - HID_USAGE_X + 1;
// If Axis is X,Y,RX,RY (1,2,4,5) then remap range:
// 0 - 32768 ==> -32768 - 32767
SHORT vx_Value;
if (Axis == 1 || Axis == 2 || Axis == 4 || Axis == 5)
{
if (Value > 32767)
Value = 32767;
vx_Value = static_cast<SHORT>((Value- 16384)*2);
if (Axis == 1)
return SUCCEEDED(IX_SetAxisLx(to_vXbox(rID), vx_Value));
if (Axis == 2)
return SUCCEEDED(IX_SetAxisLy(to_vXbox(rID), vx_Value));
if (Axis == 4)
return SUCCEEDED(IX_SetAxisRx(to_vXbox(rID), vx_Value));
if (Axis == 5)
return SUCCEEDED(IX_SetAxisRy(to_vXbox(rID), vx_Value));
}
// If Triggers (3,6) then remap range:
// 0 - 32768 ==> 0 - 255
else if (Axis == 3 || Axis == 6)
{
vx_Value = static_cast<SHORT>((Value - 1) /128);
if (Axis == 3)
return SUCCEEDED(IX_SetTriggerR(to_vXbox(rID), static_cast<BYTE>(vx_Value)));
if (Axis == 6)
return SUCCEEDED(IX_SetTriggerL(to_vXbox(rID), static_cast<BYTE>(vx_Value)));
}
else
return FALSE;
}
return FALSE;
}
VGENINTERFACE_API BOOL SetBtn(BOOL Value, UINT rID, UCHAR nBtn) // Write Value to a given button defined in the specified VDJ
{
if (Range_vJoy(rID))
return vJoyNS::SetBtn(Value, rID, nBtn);
if (Range_vXbox(rID))
return SUCCEEDED(IX_SetBtn(to_vXbox(rID), Value, nBtn));
return FALSE;
}
VGENINTERFACE_API BOOL SetDiscPov(int Value, UINT rID, UCHAR nPov) // Write Value to a given descrete POV defined in the specified VDJ
{
if (Range_vJoy(rID))
return vJoyNS::SetDiscPov(Value, rID, nPov);
if (Range_vXbox(rID) && (nPov==1))
{
switch (Value)
{
case 0:
return IX_SetDpad(to_vXbox(rID), XINPUT_GAMEPAD_DPAD_UP);
case 1:
return IX_SetDpad(to_vXbox(rID), XINPUT_GAMEPAD_DPAD_RIGHT);
case 2:
return IX_SetDpad(to_vXbox(rID), XINPUT_GAMEPAD_DPAD_DOWN);
case 3:
return IX_SetDpad(to_vXbox(rID), XINPUT_GAMEPAD_DPAD_LEFT);
default:
return IX_SetDpad(to_vXbox(rID), 0);
}
}
return FALSE;
}
VGENINTERFACE_API BOOL SetContPov(DWORD Value, UINT rID, UCHAR nPov) // Write Value to a given continuous POV defined in the specified VDJ
{
if (Range_vJoy(rID))
return vJoyNS::SetContPov(Value, rID, nPov);
if (Range_vXbox(rID) && (nPov == 1))
{
if (Value == -1)
return IX_SetDpad(to_vXbox(rID), 0);
if (static_cast<LONG>(Value) < 100 || static_cast<LONG>(Value) > 35900)
return IX_SetDpad(to_vXbox(rID), DPAD_UP);
else if (abs(static_cast<LONG>(Value - 4500)) < 100)
return IX_SetDpad(to_vXbox(rID), DPAD_UP | DPAD_RIGHT);
else if (abs(static_cast<LONG>(Value - 9000)) < 100)
return IX_SetDpad(to_vXbox(rID), DPAD_RIGHT);
else if (abs(static_cast<LONG>(Value - 13500)) < 100)
return IX_SetDpad(to_vXbox(rID), DPAD_DOWN | DPAD_RIGHT);
else if (abs(static_cast<LONG>(Value - 18000)) < 100)
return IX_SetDpad(to_vXbox(rID), DPAD_DOWN);
else if (abs(static_cast<LONG>(Value - 22500)) < 100)
return IX_SetDpad(to_vXbox(rID), DPAD_DOWN | DPAD_LEFT);
else if (abs(static_cast<LONG>(Value - 27000)) < 100)
return IX_SetDpad(to_vXbox(rID), DPAD_LEFT);
else if (abs(static_cast<LONG>(Value - 31500)) < 100)
return IX_SetDpad(to_vXbox(rID), DPAD_UP | DPAD_LEFT);
else
return FALSE;
}
return FALSE;
}
VGENINTERFACE_API BOOL ResetVJD(UINT rID) // Reset all controls to predefined values in the specified VDJ
{
if (Range_vJoy(rID))
return vJoyNS::ResetVJD( rID);
if (Range_vXbox(rID))
return IX_ResetController(to_vXbox(rID));
return FALSE;
}
VGENINTERFACE_API VOID ResetAll(void) // Reset all controls to predefined values in all VDJ
{
vJoyNS::ResetAll();
IX_ResetAllControllers();
}
VGENINTERFACE_API BOOL ResetButtons(UINT rID) // Reset all buttons (To 0) in the specified VDJ
{
if (Range_vJoy(rID))
return vJoyNS::ResetButtons(rID);
if (Range_vXbox(rID))
return IX_ResetControllerBtns(to_vXbox(rID));
return FALSE;
}
VGENINTERFACE_API BOOL ResetPovs(UINT rID) // Reset all POV Switches (To -1) in the specified VDJ
{
if (Range_vJoy(rID))
return vJoyNS::ResetPovs(rID);
if (Range_vXbox(rID))
return IX_ResetControllerDPad(to_vXbox(rID));
return FALSE;
}
#pragma region FFB API
#pragma warning( push )
#pragma warning( disable : 4996 )
VGENINTERFACE_API FFBEType FfbGetEffect() { return vJoyNS::FfbGetEffect(); }
VGENINTERFACE_API VOID FfbRegisterGenCB(FfbGenCB cb, PVOID data) { return vJoyNS::FfbRegisterGenCB( cb, data); }
VGENINTERFACE_API BOOL FfbStart(UINT rID) { return TRUE; }
VGENINTERFACE_API VOID FfbStop(UINT rID) { return; }
VGENINTERFACE_API BOOL IsDeviceFfb(UINT rID) { return vJoyNS::IsDeviceFfb(rID); }
VGENINTERFACE_API BOOL IsDeviceFfbEffect(UINT rID, UINT Effect) { return vJoyNS::IsDeviceFfbEffect(rID, Effect); }
VGENINTERFACE_API DWORD Ffb_h_DeviceID(const FFB_DATA * Packet, int *DeviceID) { return vJoyNS::Ffb_h_DeviceID(Packet, DeviceID); }
VGENINTERFACE_API DWORD Ffb_h_Type(const FFB_DATA * Packet, FFBPType *Type) { return vJoyNS::Ffb_h_Type(Packet, Type); }
VGENINTERFACE_API DWORD Ffb_h_Packet(const FFB_DATA * Packet, WORD *Type, int *DataSize, BYTE *Data[]) { return vJoyNS::Ffb_h_Packet(Packet, Type, DataSize, Data); }
VGENINTERFACE_API DWORD Ffb_h_EBI(const FFB_DATA * Packet, int *Index) { return vJoyNS::Ffb_h_EBI(Packet, Index); }
VGENINTERFACE_API DWORD Ffb_h_Eff_Report(const FFB_DATA * Packet, FFB_EFF_REPORT* Effect) { return vJoyNS::Ffb_h_Eff_Report(Packet, Effect); }
//VGENINTERFACE_API DWORD Ffb_h_Eff_Const(const FFB_DATA * Packet, FFB_EFF_REPORT* Effect) { return vJoyNS::Ffb_h_Eff_Report(Packet, Effect); }
VGENINTERFACE_API DWORD Ffb_h_Eff_Ramp(const FFB_DATA * Packet, FFB_EFF_RAMP* RampEffect) { return vJoyNS::Ffb_h_Eff_Ramp(Packet, RampEffect); }
VGENINTERFACE_API DWORD Ffb_h_EffOp(const FFB_DATA * Packet, FFB_EFF_OP* Operation) { return vJoyNS::Ffb_h_EffOp(Packet, Operation); }
VGENINTERFACE_API DWORD Ffb_h_DevCtrl(const FFB_DATA * Packet, FFB_CTRL * Control) { return vJoyNS::Ffb_h_DevCtrl(Packet, Control); }
VGENINTERFACE_API DWORD Ffb_h_Eff_Period(const FFB_DATA * Packet, FFB_EFF_PERIOD* Effect) { return vJoyNS::Ffb_h_Eff_Period(Packet, Effect); }
VGENINTERFACE_API DWORD Ffb_h_Eff_Cond(const FFB_DATA * Packet, FFB_EFF_COND* Condition) { return vJoyNS::Ffb_h_Eff_Cond(Packet, Condition); }
VGENINTERFACE_API DWORD Ffb_h_DevGain(const FFB_DATA * Packet, BYTE * Gain) { return vJoyNS::Ffb_h_DevGain(Packet, Gain); }
VGENINTERFACE_API DWORD Ffb_h_Eff_Envlp(const FFB_DATA * Packet, FFB_EFF_ENVLP* Envelope) { return vJoyNS::Ffb_h_Eff_Envlp(Packet, Envelope); }
VGENINTERFACE_API DWORD Ffb_h_EffNew(const FFB_DATA * Packet, FFBEType * Effect) { return vJoyNS::Ffb_h_EffNew(Packet, Effect); }
VGENINTERFACE_API DWORD Ffb_h_Eff_Constant(const FFB_DATA * Packet, FFB_EFF_CONSTANT * ConstantEffect) { return vJoyNS::Ffb_h_Eff_Constant(Packet, ConstantEffect); }
#pragma warning( pop )
#pragma endregion FFB API
#pragma endregion Interface Functions (vJoy)
#pragma region Interface Functions (vXbox)
VGENINTERFACE_API DWORD isVBusExist(void)
{
return IX_isVBusExists();
}
VGENINTERFACE_API DWORD GetNumEmptyBusSlots(UCHAR * nSlots)
{
return IX_GetNumEmptyBusSlots(nSlots);
}
VGENINTERFACE_API DWORD isControllerPluggedIn(UINT UserIndex, PBOOL Exist)
{
return IX_isControllerPluggedIn(UserIndex, Exist);
}
VGENINTERFACE_API DWORD isControllerOwned(UINT UserIndex, PBOOL Owned)
{
return IX_isControllerOwned(UserIndex, Owned);
}
VGENINTERFACE_API DWORD PlugIn(UINT UserIndex)
{
return IX_PlugIn( UserIndex);
}
VGENINTERFACE_API DWORD PlugInNext(UINT * UserIndex)
{
return IX_PlugInNext( UserIndex);
}
VGENINTERFACE_API DWORD UnPlug(UINT UserIndex)
{
return IX_UnPlug(UserIndex);
}
VGENINTERFACE_API DWORD UnPlugForce(UINT UserIndex)
{
return IX_UnPlugForce(UserIndex);
}
// Reset Devices
VGENINTERFACE_API DWORD ResetController(UINT UserIndex)
{
return IX_ResetController(UserIndex);
}
VGENINTERFACE_API DWORD ResetAllControllers()
{
return IX_ResetAllControllers();
}
#ifdef SPECIFICRESET
VGENINTERFACE_API DWORD ResetControllerBtns(UINT UserIndex)
{
return IX_ResetControllerBtns(UserIndex);
}
VGENINTERFACE_API DWORD ResetControllerDPad(UINT UserIndex)
{
return IX_ResetControllerDPad(UserIndex);
}
#endif // SPECIFICRESET
VGENINTERFACE_API DWORD SetButton(UINT UserIndex, WORD Button, BOOL Press)
{
return IX_SetBtn(UserIndex, Press, Button, TRUE);
}
#ifdef SPECIFICBUTTONS
VGENINTERFACE_API BOOL SetBtnA(UINT UserIndex, BOOL Press)
{
return IX_SetBtnA(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnB(UINT UserIndex, BOOL Press)
{
return IX_SetBtnB(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnX(UINT UserIndex, BOOL Press)
{
return IX_SetBtnX(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnY(UINT UserIndex, BOOL Press)
{
return IX_SetBtnY(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnStart(UINT UserIndex, BOOL Press)
{
return IX_SetBtnStart(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnBack(UINT UserIndex, BOOL Press)
{
return IX_SetBtnBack(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnLT(UINT UserIndex, BOOL Press)
{
return IX_SetBtnLT(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnRT(UINT UserIndex, BOOL Press)
{
return IX_SetBtnRT(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnLB(UINT UserIndex, BOOL Press)
{
return IX_SetBtnLB(UserIndex, Press);
}
VGENINTERFACE_API BOOL SetBtnRB(UINT UserIndex, BOOL Press)
{
return IX_SetBtnRB(UserIndex, Press);
}
#endif // SPECIFICBUTTONS
VGENINTERFACE_API DWORD SetTriggerR(UINT UserIndex, BYTE Value) // Right Trigger
{
return IX_SetTriggerR(UserIndex, Value);
}
VGENINTERFACE_API DWORD SetTriggerL(UINT UserIndex, BYTE Value) // Left Trigger
{
return IX_SetTriggerL(UserIndex, Value);
}
VGENINTERFACE_API DWORD SetAxisLx(UINT UserIndex, SHORT Value) // Left Stick X
{
return IX_SetAxisLx(UserIndex, Value);
}
VGENINTERFACE_API DWORD SetAxisLy(UINT UserIndex, SHORT Value) // Left Stick Y
{
return IX_SetAxisLy(UserIndex, Value);
}
VGENINTERFACE_API DWORD SetAxisRx(UINT UserIndex, SHORT Value) // Right Stick X
{
return IX_SetAxisRx(UserIndex, Value);
}
VGENINTERFACE_API DWORD SetAxisRy(UINT UserIndex, SHORT Value) // Right Stick Y
{
return IX_SetAxisRy(UserIndex, Value);
}
VGENINTERFACE_API DWORD SetDpad(UINT UserIndex, UCHAR Value) // DPAD Set Value
{
return IX_SetDpad(UserIndex, Value);
}
#ifdef SPECIFICBUTTONS
VGENINTERFACE_API BOOL SetDpadUp(UINT UserIndex) // DPAD Up
{
return IX_SetDpadUp(UserIndex);
}
VGENINTERFACE_API BOOL SetDpadRight(UINT UserIndex) // DPAD Right
{
return IX_SetDpadRight(UserIndex);
}
VGENINTERFACE_API BOOL SetDpadDown(UINT UserIndex) // DPAD Down
{
return IX_SetDpadDown(UserIndex);
}
VGENINTERFACE_API BOOL SetDpadLeft(UINT UserIndex) // DPAD Left
{
return IX_SetDpadLeft(UserIndex);
}
VGENINTERFACE_API BOOL SetDpadOff(UINT UserIndex) // DPAD Off
{
return IX_SetDpadOff(UserIndex);
}
#endif // SPECIFICBUTTONS
VGENINTERFACE_API DWORD GetLedNumber(UINT UserIndex, PBYTE pLed)
{
return IX_GetLedNumber(UserIndex, pLed);
}
VGENINTERFACE_API DWORD GetVibration(UINT UserIndex, PXINPUT_VIBRATION pVib)
{
return IX_GetVibration(UserIndex, pVib);
}
#pragma endregion Interface Functions (vXbox)
#pragma region Interface Functions (Common)
VGENINTERFACE_API DWORD AcquireDev(UINT DevId, DevType dType, HDEVICE * hDev)
{
if (dType == vJoy)
{
*hDev = IJ_AcquireVJD(DevId);
if (INVALID_DEV == *hDev)
return STATUS_UNSUCCESSFUL;
else
return STATUS_SUCCESS;
};
if (dType == vXbox)
{
DWORD res = IX_PlugIn(DevId);
if (STATUS_SUCCESS == res)
res = GetDevHandle(DevId, vXbox, hDev);
else
*hDev = INVALID_DEV;
return res;
}
return STATUS_INVALID_PARAMETER_2;
}
VGENINTERFACE_API DWORD RelinquishDev(HDEVICE hDev) // Relinquish a Device.
{
if (!ValidDev(hDev))
return STATUS_INVALID_HANDLE;
if (isDevice_vJoy(hDev) == STATUS_SUCCESS)
return IJ_RelinquishVJD(hDev);
if (isDevice_vXbox(hDev) == STATUS_SUCCESS)
return IX_UnPlug(GetDeviceId(hDev));
return STATUS_INVALID_HANDLE;
}
VGENINTERFACE_API DWORD GetDevType(HDEVICE hDev, DevType * dType) // Get device type (vJoy/vXbox)
{
DWORD res;
if (!dType)
return STATUS_INVALID_PARAMETER_2;
if (!ValidDev(hDev))
return STATUS_INVALID_HANDLE;
UINT id = GetDeviceId(hDev);
res = isDevice_vJoy(hDev);
if (res == STATUS_SUCCESS)
*dType = vJoy;
else
{
res = isDevice_vXbox(hDev);
if (res == STATUS_SUCCESS)
* dType = vXbox;
}
BOOL Owned;
if SUCCEEDED(isDevOwned(id, *dType, &Owned))
{
if (!Owned)
return STATUS_DEVICE_REMOVED;
}
return res;
}
VGENINTERFACE_API DWORD isDevOwned(UINT DevId, DevType dType, BOOL * Owned)
{
DWORD res;
if (!Owned)
return STATUS_INVALID_PARAMETER_3;
if (dType == vJoy)
{
if (vJoyNS::GetVJDStatus(DevId) == VJD_STAT_OWN)
*Owned = TRUE;
else
*Owned = FALSE;
return STATUS_SUCCESS;
}
if (dType == vXbox)
{
res = IX_isControllerOwned(DevId, Owned);
return res;
}
return STATUS_UNSUCCESSFUL;
}
VGENINTERFACE_API DWORD isDevExist(UINT DevId, DevType dType, BOOL * Exist)
{
DWORD res;
if (!Exist)
return STATUS_INVALID_PARAMETER_3;
if (dType == vJoy)
{
VjdStat stat = vJoyNS::GetVJDStatus(DevId);
if ((stat == VJD_STAT_OWN) || (stat == VJD_STAT_BUSY) || (stat == VJD_STAT_FREE))
*Exist = TRUE;
else
*Exist = FALSE;
return STATUS_SUCCESS;
};
if (dType == vXbox)
{
res = IX_isControllerPluggedIn(DevId, Exist);
return res;
}
return STATUS_UNSUCCESSFUL;
}
VGENINTERFACE_API DWORD isDevFree(UINT DevId, DevType dType, BOOL * Free)
{
DWORD res;
if (!Free)
return STATUS_INVALID_PARAMETER_3;
if (dType == vJoy)
{
VjdStat stat = vJoyNS::GetVJDStatus(DevId);
if ((stat == VJD_STAT_FREE))
*Free = TRUE;
else
*Free = FALSE;
return STATUS_SUCCESS;
};
BOOL Exist;
if (dType == vXbox)
{
res = IX_isControllerPluggedIn(DevId, &Exist);
*Free = !Exist;
return res;
}
return STATUS_UNSUCCESSFUL;
}
// Cannot implement isDevOwned(h) because only an OWNED device has a handle
// BUSY device is is owned by another feeder so it does not have a handle
#if 0
VGENINTERFACE_API BOOL isDevOwned(HDEVICE hDev)
{
if (isDevice_vJoy(hDev))
{
VjdStat stat = IJ_GetVJDStatus(hDev);
if (stat == VJD_STAT_OWN)
return TRUE;
else
return FALSE;
}
if (isDevice_vXbox(hDev))
return IX_isControllerOwned(hDev);
return FALSE;
}
#endif // 0
VGENINTERFACE_API DWORD GetDevNumber(HDEVICE hDev, UINT * dNumber)// If vJoy: Number=Id; If vXbox: Number=Led#
{
DWORD res;
DevType dType;
if (!dNumber)
return STATUS_INVALID_PARAMETER_2;
if (!ValidDev(hDev))
return STATUS_INVALID_HANDLE;
// Get id + Type and verify it is owned
UINT id = GetDeviceId(hDev);
res = GetDevType(hDev, &dType);
if FAILED(res)
return res;
// If not owned - return
BOOL Owned;
if SUCCEEDED(isDevOwned(id, dType, &Owned))
{
if (!Owned)
return STATUS_DEVICE_REMOVED;
}
res = isDevice_vJoy(hDev);
if (res == STATUS_SUCCESS)
*dNumber = id;
else
{
BYTE Led = 0;
res = IX_GetLedNumber(id, &Led);
if (res == STATUS_SUCCESS)
*dNumber = Led;
}
return res;
}
VGENINTERFACE_API DWORD GetDevId(HDEVICE hDev, UINT * dID) // Return Device ID to be used with vXbox API and Backward compatibility API
{
DWORD res;
DevType dType;
if (!dID)
return STATUS_INVALID_PARAMETER_2;
if (!ValidDev(hDev))
return STATUS_INVALID_HANDLE;
*dID = GetDeviceId(hDev);
res = GetDevType(hDev, &dType);
if FAILED(res)
return res;
// If not owned - return
BOOL Owned;
if SUCCEEDED(isDevOwned(*dID, dType, &Owned))
{
if (!Owned)
return STATUS_DEVICE_REMOVED;
}
if (!dID)
return STATUS_INVALID_HANDLE;
else
return STATUS_SUCCESS;
}
VGENINTERFACE_API DWORD GetDevHandle(UINT DevId, DevType dType, HDEVICE * hDev) // Return device handle from Device ID and Device type
{
// If not owned - return
BOOL Owned;
if (!hDev)
return STATUS_INVALID_PARAMETER_3;
// Get handle from container
*hDev = GetDevice(dType, DevId);
// If handle is valid check that device still owned
if ValidDev(*hDev)
{
if SUCCEEDED(isDevOwned(DevId, dType, &Owned))
{
if (Owned)
return STATUS_SUCCESS; // Owned
}
// Handle is OK but device was removed so we remove the entry from the container
DestroyDevice(*hDev);
return STATUS_DEVICE_REMOVED;
}
else
return STATUS_UNSUCCESSFUL;
}
VGENINTERFACE_API DWORD isAxisExist(HDEVICE hDev, UINT nAxis, BOOL * Exist) // Does Axis exist.
{
BOOL Owned;
DWORD res;
UINT id;
DevType dType;
if (!Exist)
return STATUS_INVALID_PARAMETER_3;
res = GetDevId(hDev, &id);
if FAILED(res)
return res;
res = GetDevType(hDev, &dType);
if FAILED(res)
return res;
res = isDevOwned(id, dType, &Owned);
if FAILED(res)
return res;
if (!Owned)
return STATUS_DEVICE_REMOVED;
if SUCCEEDED(isDevice_vJoy(hDev))
{
*Exist = IJ_GetVJDAxisExist(hDev, nAxis);
return STATUS_SUCCESS;
}
if SUCCEEDED(isDevice_vXbox(hDev))
{
if (nAxis >= 1 && nAxis <= 6)
*Exist = TRUE;
else
*Exist = FALSE;
return STATUS_SUCCESS;
}
return STATUS_UNSUCCESSFUL;
}
VGENINTERFACE_API DWORD GetDevButtonN(HDEVICE hDev, UINT * nBtn) // Get number of buttons in device
{
BOOL Owned;
DWORD res;
UINT id;
DevType dType;
if (!nBtn)
return STATUS_INVALID_PARAMETER_3;
res = GetDevId(hDev, &id);
if FAILED(res)
return res;
res = GetDevType(hDev, &dType);
if FAILED(res)
return res;