//+------------------------------------------------------------------------- // // Microsoft Windows // // Copyright (C) Microsoft Corporation, 1998 - 1999 // // File: dienumdevicesobj.cpp // //-------------------------------------------------------------------------- #include "stdafx.h" #include "Direct.h" #include "dms.h" #include "dIEnumDevicesObj.h" #include "diDevInstObj.h" extern BSTR DINPUTGUIDtoBSTR(LPGUID pGuid); extern HRESULT DINPUTBSTRtoGUID(LPGUID pGuid,BSTR bstr); extern HRESULT FillRealActionFormat(DIACTIONFORMATW *real, DIACTIONFORMAT_CDESC *cover, SAFEARRAY **actionArray,long ActionCount ); //dienumdevicesobj.cpp(105) : error C2664: 'EnumDevicesBySemantics' : cannot convert parameter 3 from //'int (struct DIDEVICEINSTANCEW *const ,struct IDirectInputDevice8W *,unsigned long,unsigned long,void *)' to // 'int (__stdcall *)(const struct DIDEVICEINSTANCEW *,struct IDirectInputDevice8W *,unsigned long,unsigned long,void *)' //CALLBACK ///////////////////////////////////////////////////////////////////////////// //extern "C" BOOL _stdcall objEnumInputDevicesCallback( const struct DIDEVICEINSTANCEW * lpddi, //IDirectInputDevice8W *pDev, //unsigned long UnknownVar1, //unsigned long UnknownVar2, LPVOID lpArg ) { DPF(1,"Entered objEnumInputDevicesCallback\r\n"); if (!lpddi) return FALSE; C_dxj_DIEnumDevicesObject *pObj=(C_dxj_DIEnumDevicesObject*)lpArg; if (pObj==NULL) return FALSE; if (pObj->m_nCount >= pObj->m_nMax) { pObj->m_nMax += 10; if (pObj->m_pList){ pObj->m_pList=(DIDEVICEINSTANCEW*)realloc(pObj->m_pList,sizeof(DIDEVICEINSTANCEW)* pObj->m_nMax); } else { pObj->m_pList=(DIDEVICEINSTANCEW*)malloc( sizeof(DIDEVICEINSTANCEW)* pObj->m_nMax); } if (pObj->m_pList==NULL) { pObj->m_bProblem=TRUE; return FALSE; } } memcpy(&(pObj->m_pList[pObj->m_nCount]),lpddi,sizeof(DIDEVICEINSTANCEW)); pObj->m_nCount++; return TRUE; } BOOL _stdcall objEnumInputDevicesBySemanticsCallback( const struct DIDEVICEINSTANCEW * lpddi, IDirectInputDevice8W *pDev, unsigned long UnknownVar1, unsigned long UnknownVar2, LPVOID lpArg ) { DPF(1,"Entered objEnumInputDevicesCallback\r\n"); if (!lpddi) return FALSE; C_dxj_DIEnumDevicesObject *pObj=(C_dxj_DIEnumDevicesObject*)lpArg; if (pObj==NULL) return FALSE; if (pObj->m_nCount >= pObj->m_nMax) { pObj->m_nMax += 10; if (pObj->m_pList){ pObj->m_pList=(DIDEVICEINSTANCEW*)realloc(pObj->m_pList,sizeof(DIDEVICEINSTANCEW)* pObj->m_nMax); } else { pObj->m_pList=(DIDEVICEINSTANCEW*)malloc( sizeof(DIDEVICEINSTANCEW)* pObj->m_nMax); } if (pObj->m_pList==NULL) { pObj->m_bProblem=TRUE; return FALSE; } } memcpy(&(pObj->m_pList[pObj->m_nCount]),lpddi,sizeof(DIDEVICEINSTANCEW)); pObj->m_nCount++; return TRUE; } C_dxj_DIEnumDevicesObject::C_dxj_DIEnumDevicesObject() { m_nMax=0; m_pList=NULL; m_nCount=0; m_bProblem=FALSE; } C_dxj_DIEnumDevicesObject::~C_dxj_DIEnumDevicesObject() { //empty list if (m_pList) free(m_pList); } HRESULT C_dxj_DIEnumDevicesObject::createSuitable(LPDIRECTINPUT8W pDI,BSTR str1, DIACTIONFORMAT_CDESC *format, long actionCount,SAFEARRAY **actionArray,long flags, I_dxj_DIEnumDevices8 **ppRet) { HRESULT hr; DIACTIONFORMATW frmt; C_dxj_DIEnumDevicesObject *pNew=NULL; *ppRet=NULL; pNew= new CComObject; if (!pNew) return E_OUTOFMEMORY; pNew->m_bProblem=FALSE; hr=FillRealActionFormat(&frmt, format, actionArray,actionCount ); if FAILED(hr) return hr; hr=pDI->EnumDevicesBySemantics((LPWSTR)str1,&frmt, objEnumInputDevicesBySemanticsCallback,pNew,(DWORD)flags); if (pNew->m_bProblem) hr=E_OUTOFMEMORY; if FAILED(hr) { if (pNew->m_pList) free(pNew->m_pList); delete pNew; return hr; } hr=pNew->QueryInterface(IID_I_dxj_DIEnumDevices8,(void**)ppRet); return hr; } HRESULT C_dxj_DIEnumDevicesObject::create(LPDIRECTINPUT8W pDI,long deviceType, long flags,I_dxj_DIEnumDevices8 **ppRet) { HRESULT hr; C_dxj_DIEnumDevicesObject *pNew=NULL; *ppRet=NULL; pNew= new CComObject; if (!pNew) return E_OUTOFMEMORY; pNew->m_bProblem=FALSE; hr = pDI->EnumDevices((DWORD)deviceType, objEnumInputDevicesCallback, (void*)pNew, (DWORD) flags); if (pNew->m_bProblem) hr=E_OUTOFMEMORY; if FAILED(hr) { if (pNew->m_pList) free(pNew->m_pList); delete pNew; return hr; } hr=pNew->QueryInterface(IID_I_dxj_DIEnumDevices8,(void**)ppRet); return hr; } HRESULT C_dxj_DIEnumDevicesObject::getItem( long index, I_dxj_DirectInputDeviceInstance8 **ret) { if (m_pList==NULL) return E_FAIL; if (index < 1) return E_INVALIDARG; if (index > m_nCount) return E_INVALIDARG; HRESULT hr; hr=C_dxj_DIDeviceInstance8Object::create(&m_pList[index-1],ret); return hr; } HRESULT C_dxj_DIEnumDevicesObject::getCount(long *retVal) { *retVal=m_nCount; return S_OK; }