自学教程：C++ AssertEx函数代码示例

TIMESTAMP_STRUCT* CAutoTableManager::GetTableItemInLineAsDATETIME(UINT uItemIndex, UINT uLineIndex){    m_pDataTime = (TIMESTAMP_STRUCT*)this->GetTableItemInLine(uItemIndex, uLineIndex);    AssertEx(AL_NORMAL, m_pDataTime,_T("m_pDataTime为空,函数失败"));    AssertEx(AL_NORMAL, (m_pAi[uItemIndex].m_pAta == MS_SQL_TYPE_DATETIME),_T("类型不匹配,错误传参"));    return m_pDataTime;}

		BOOL GaiBangSkill004_T::EffectOnUnitOnce(Obj_Character& rMe, Obj_Character& rTar, BOOL bCriticalFlag) const		{			__ENTER_FUNCTION			SkillInfo_T& rSkillInfo = rMe.GetSkillInfo();			TargetingAndDepletingParams_T& rParams = rMe.GetTargetingAndDepletingParams();			INT nDepleteStrikePointSegment = rParams.GetDepletedStrikePoints()/STRIKE_POINT_SEGMENT_SIZE;			if(1>nDepleteStrikePointSegment)			{				AssertEx(FALSE,"[GaiBangSkill004_T::TakeEffectNow]: Depleted strike point segment illegal!");				nDepleteStrikePointSegment=1;			}			else if(MAX_STRIKE_POINT_SEGMENT<nDepleteStrikePointSegment)			{				AssertEx(FALSE,"[GaiBangSkill004_T::TakeEffectNow]: Depleted strike point segment illegal!");				nDepleteStrikePointSegment=MAX_STRIKE_POINT_SEGMENT;			}			INT nAdditionalAttackPower = rSkillInfo.GetDescriptorByIndex(nDepleteStrikePointSegment)->GetValue();			// init impact1			OWN_IMPACT impact;						CombatCore_T myCombatCore;			myCombatCore.Reset();						myCombatCore.SetAdditionalAttackLight(nAdditionalAttackPower);			myCombatCore.GetResultImpact(rMe, rTar, impact);			// register impact event			RegisterImpactEvent(rTar, rMe, impact, rParams.GetDelayTime(), bCriticalFlag);			return TRUE;			__LEAVE_FUNCTION			return FALSE;		}

// DllGame启动线程函数DWORD WINAPI RrTetris::RrTetrisThread(LPVOID){    RrTetris::gs_lpCMsPacketFactory = NEW CMsPacketFactory(DG2S_PACKET_MAX_COUNT);    AssertEx(AL_CATAST, gs_lpCMsPacketFactory, _T("内存不足"));    RrTetris::gs_lpCMsPacketFactory->Register(g_lpCMsBasePacket, PACKET_MAX_COUNT);    RrTetrisWritePacket(0,NULL);    // 等待基本初始化    while(!g_IsMsBaseInit)    {        NO_CONTINUOUS;    }    // 申请日志对象    RrTetris::gs_pMsLog = NEW CMsLog(_T("%s/Log/Dll_RrTetris_C.log"), TRUE);    AssertEx(AL_CATAST, gs_pMsLog, _T("内存不足"));    // 申请配置对象    RrTetris::gs_pRrTetrisConfig = NEW CMsIni(_T("%s/RrTetris/RrTetris.ini"));    AssertEx(AL_CATAST, gs_pRrTetrisConfig, _T("内存不足"));    ::PostThreadMessage(gs_dwGameStationLogicThreadId, MSM_DLL_EXIT, 0, 0);    SAFE_DELETE(RrTetris::gs_lpCMsPacketFactory);    // 等待基本释放    while(g_IsMsBaseInit)    {        NO_CONTINUOUS;    }    return 0;}

uint CGLockTargetHandler::Execute( CGLockTarget* pPacket, Player* pPlayer ){	__ENTER_FUNCTION	GamePlayer* pGamePlayer = (GamePlayer*)pPlayer ;	Assert( pGamePlayer ) ;	Obj_Human* pHuman = pGamePlayer->GetHuman() ;	if(NULL==pHuman)	{		AssertEx(FALSE,"[CGLockTargetHandler::Execute]: NULL Obj_Human pointer found!!");		return PACKET_EXE_ERROR ;	}	Scene* pScene = pHuman->getScene() ;	if( pScene==NULL )	{		Assert(FALSE) ;		return PACKET_EXE_ERROR ;	}	//检查线程执行资源是否正确	Assert( MyGetCurrentThreadID()==pScene->m_ThreadID ) ;	ObjID_t nMeID = pHuman->GetID();	if( nMeID == INVALID_ID )	{		Assert(FALSE) ;		return PACKET_EXE_ERROR ;	}	//update target	if(NULL==pPacket)	{		AssertEx(FALSE,"[CGLockTargetHandler::Execute]: NULL packet pointer found!!");		return PACKET_EXE_ERROR ;	}	pHuman->SetLockedTarget(pPacket->getTargetID());	// 当锁定的目标是NPC时将会触发NPC的泡泡说话	Obj* pTarget = pScene->GetObjManager()->GetObj(pPacket->getTargetID());	if (pTarget->GetObjType() == Obj::OBJ_TYPE_MONSTER)	{		((Obj_Monster*)pTarget)->ProcessPaoPao();	}		g_pLog->FastSaveLog( LOG_FILE_1, "CGLockTargetHandler: ok obj=%d scene=%d", 		nMeID, pScene->SceneID() ) ;	return PACKET_EXE_CONTINUE ;	__LEAVE_FUNCTION	return PACKET_EXE_ERROR ;}

VOID PNGAPI CMsPngImage::FlushPng(png_structp png_ptr){    CMsPngImage* pPngImage = (CMsPngImage*)png_get_io_ptr(png_ptr);    if (pPngImage->m_hFile)    {        BOOL bRet = ::FlushFileBuffers(pPngImage->m_hFile);        AssertEx(bRet, _T("写入图片失败"));    }    else    {        AssertEx(pPngImage->m_hFile, _T("写入图片失败"));    }}

// 初始化表格管理器BOOL CAutoTableManager::Init(VOID){    _ENTER_FUN_C;    for (UINT i = 0; i < m_uItemCount; i++)    {        switch (m_pAi[i].m_pAta)        {        case MS_SQL_TYPE_INT:            {                m_pInt = new INT[m_uLineCount];                AssertEx(AL_NORMAL, m_pInt, _T("m_pInt为空,内存不足"));                ZeroMemory(m_pInt, sizeof(INT) * m_uLineCount);                m_pAi[i].m_lpItem = m_pInt;            }break;        case MS_SQL_TYPE_TCHAR:            {                m_pTchar = new TCA[m_uLineCount];                AssertEx(AL_NORMAL, m_pTchar, _T("m_pInt为空,内存不足"));                ZeroMemory(m_pTchar, sizeof(TCA) * m_uLineCount);                m_pAi[i].m_lpItem = m_pTchar;            }break;        case MS_SQL_TYPE_FLOAT:            {                m_pFloat = new FLOAT[m_uLineCount];                AssertEx(AL_NORMAL, m_pFloat, _T("m_pInt为空,内存不足"));                ZeroMemory(m_pFloat, sizeof(FLOAT) * m_uLineCount);                m_pAi[i].m_lpItem = m_pFloat;            }break;        case MS_SQL_TYPE_DATETIME:            {                m_pDataTime = new TIMESTAMP_STRUCT[m_uLineCount];                AssertEx(AL_NORMAL, m_pDataTime, _T("m_pInt为空,内存不足"));                ZeroMemory(m_pDataTime, sizeof(TIMESTAMP_STRUCT) * m_uLineCount);                m_pAi[i].m_lpItem = m_pDataTime;            }break;        default:            {                AssertEx(AL_NORMAL, FALSE,_T("无效类型,错误逻辑"));            }        }    }    m_uValidLine = 0;    m_IsInit = TRUE;    // 返回成功    return TRUE;    _LEAVE_FUN_DISPOSE_END_C;    return FALSE;}

// DllGame启动线程函数DWORD WINAPI RrTetris::RrTetrisThread(LPVOID){    RrTetris::gs_lpCMsPacketFactory = NEW CMsPacketFactory(DG2S_PACKET_MAX_COUNT);    AssertEx(AL_CATAST, gs_lpCMsPacketFactory, _T("内存不足"));    RrTetris::gs_lpCMsPacketFactory->Register(g_lpCMsBasePacket, PACKET_MAX_COUNT);    RrTetris::gs_pCMsBaseRun = NEW CMsBaseRun(_T("%s/Log/Dll_RrTetris_Assertx.log"), _T("RrTetrisClass"), _T("RrTetris"), RrTetrisHookProc, RrTetrisWndProc, NULL);    AssertEx(AL_CATAST, gs_pCMsBaseRun, _T("内存不足"));    S_2DEngineWndInfo s_ewi;    s_ewi.m_bTopMost= FALSE;    s_ewi.m_nX      = CW_USEDEFAULT;    s_ewi.m_nY      = 0;    s_ewi.m_nWidth  = CW_USEDEFAULT;    s_ewi.m_nHeight = 0;    s_ewi.m_dwStyle = WS_OVERLAPPEDWINDOW;    // 等待基本初始化    while(!g_IsMsBaseInit)    {        NO_CONTINUOUS;    }    // 申请日志对象    RrTetris::gs_pMsLog = NEW CMsLog(_T("%s/Log/Dll_RrTetris_C.log"), TRUE);    AssertEx(AL_CATAST, gs_pMsLog, _T("内存不足"));    // 申请配置对象    RrTetris::gs_pRrTetrisConfig = NEW CMsIni(_T("%s/RrTetris/RrTetris.ini"));    AssertEx(AL_CATAST, gs_pRrTetrisConfig, _T("内存不足"));    RrTetris::gs_hModule = ::GetModuleHandle(_T("Dll_RrTetris_C.dll"));    RrTetris::gs_hInstance = (HINSTANCE)RrTetris::gs_hModule;    if (RrTetris::gs_hInstance)    {        g_pCMsWinMain->Init(RrTetris::gs_hInstance, NULL, _T(""), SW_SHOW, &s_ewi);        g_pCMsWinMain->Run();        g_pCMsWinMain->WaitQuit();    }    ::PostThreadMessage(gs_dwGameStationLogicThreadId, MSM_DLL_EXIT, (WPARAM)RrTetris::gs_hModule, 0);    SAFE_DELETE(RrTetris::gs_pCMsBaseRun);    SAFE_DELETE(RrTetris::gs_lpCMsPacketFactory);    // 等待基本释放    while(g_IsMsBaseInit)    {        NO_CONTINUOUS;    }    return 0;}

Bitmap::Bitmap(int width, int height, int bpp) : m_width(width), m_height(height), m_bpp(bpp), m_data(NULL) {	AssertEx(m_bpp == 1 || m_bpp == 8 || m_bpp == 16 || m_bpp == 24 || m_bpp == 32		|| m_bpp == 96 || m_bpp == 128, "Invalid number of bits per pixel");	AssertEx(width > 0 && height > 0, "Invalid bitmap size");	if (bpp == 96 || bpp == 128)		m_gamma = 1.0f;	else		m_gamma = -1.0f; // sRGB	// 1-bit masks are stored in a packed format. 	m_size = (size_t) std::ceil(((double) m_width * m_height * m_bpp) / 8.0);	m_data = static_cast<uint8_t *>(allocAligned(m_size));}

 VOID StdImpact030_T::OnFadeOut(OWN_IMPACT& rImp, Obj_Character& rMe) const {     __ENTER_FUNCTION     Obj_Character* pTar=NULL;     Scene* pScene = rMe.getScene();     if(NULL==pScene)     {         AssertEx(FALSE, "[StdImpact030_T::OnFadeOut]: Empty scene pointer found!!");         return;     }     OBJLIST Targets;     if(FALSE==ScanUnitForTarget(rImp, rMe, *(rMe.getWorldPos()), (FLOAT)GetScanRadius(rImp), GetEffectedObjCount(rImp), Targets))     {         return;     }     INT nImpact = GetSubImpactIndex(rImp);     if(INVALID_ID==nImpact)     {         return;     }     // impacts init finished     for(INT nIdx=0; Targets.m_Count>nIdx;++nIdx)     {         pTar = (Obj_Character*)Targets.m_aObj[nIdx];         if(NULL!=pTar)         {             pScene->GetEventCore().RegisterBeSkillEvent(pTar->GetID(), rMe.GetID(), BEHAVIOR_TYPE_HOSTILITY, 500);             g_ImpactCore.SendImpactToUnit(*pTar, nImpact, rMe.GetID(), 500);         }     }     return;     __LEAVE_FUNCTION }

VOID SceneTimer::FreeTimer(INT index){	if( index <0 || index >= maxCount )	{#ifdef _DEBUG		CHAR szTemp[MAX_FILE_PATH];		sprintf(szTemp,"index = %d",index);		AssertEx(FALSE,szTemp) ;#endif		return ;	}	InitOne(index);//释放时初始化	MyTimer* temp = (MyTimer*)&(m_pTimers[index]);	*((MyTimer**)temp) =  head;	head = temp;	#if _DEBUG	m_currentUse--;#endif}

UINT    LBAskAuthHandler::Execute(LBAskAuth* pPacket, Player* pPlayer ){    __ENTER_FUNCTION                TID CurrentThreadID = MyGetCurrentThreadID();                if(CurrentThreadID == g_pServerManager->m_ThreadID)        {            Assert(pPacket);            ServerPlayer* pServerPlayer  = (ServerPlayer*)pPlayer;            Assert(pServerPlayer);            pServerPlayer->SendPacket(pPacket);        }        else        {            AssertEx(FALSE,"LBAskAuthHandler 线程资源执行错误!");        }                Log::SaveLog(LOGIN_LOGFILE,"LBAskAuthHandler::Execute() ....OK");        return PACKET_EXE_CONTINUE;    __LEAVE_FUNCTION        return PACKET_EXE_ERROR;}

	AreaLuminaire(const Properties &props) : Luminaire(props), m_shape(NULL) {		AssertEx(m_luminaireToWorld.isIdentity(), "Error: non-identity transformation found. "			"Area luminaires inherit their transformation from their associated shape!");		m_intensity = props.getSpectrum("intensity", Spectrum(1));		m_type = EDiffuseDirection | EOnSurface;		m_intersectable = true;	}

KVOID Kylin::Scene::SpawnScene(){    Assert(KylinRoot::GetSingletonPtr()->GetGameFramePtr());    m_pSceneLoader = KylinRoot::GetSingletonPtr()->GetGameFramePtr()->CreateSceneLoader();    //-----------------------------------------------------------------    // 
C++ AssertISV函数代码示例
C++ AssertCurrentThreadInMonitor函数代码示例