// // Save // ==== // // Save the information for this object to the AuditDataFile // bool CLocaleScanner::SaveData (CAuditDataFile* pAuditDataFile) { CLogFile log; log.Write("CLocaleScanner::SaveData Start" ,true); CString strValue; // Add the Category for memory CAuditDataFileCategory category(HARDWARE_CLASS); // Each audited item gets added an a CAuditDataFileItem to the category CAuditDataFileItem l1(V_LOCALE_CODEPAGE ,m_iCodePage); CAuditDataFileItem l2(V_LOCALE_CALENDARTYPE ,m_strCalendarType); CAuditDataFileItem l3(V_LOCALE_COUNTRY ,m_strCountry); CAuditDataFileItem l4(V_LOCALE_COUNTRYCODE ,m_iCountryCode); CAuditDataFileItem l5(V_LOCALE_CURRENCY ,m_strCurrency); CAuditDataFileItem l6(V_LOCALE_DATEFORMAT ,m_strDateFormat); CAuditDataFileItem l7(V_LOCALE_LANGUAGE ,m_strLanguage); CAuditDataFileItem l8(V_LOCALE_LOCALLANGUAGE ,m_strLocaleLocalLanguage); CAuditDataFileItem l9(V_LOCALE_OEM_CODEPAGE ,m_iOEMCodePage); CAuditDataFileItem l10(V_LOCALE_TIMEFORMAT ,m_strTimeFormat); CAuditDataFileItem l11(V_LOCALE_TIMEFORMATSPECIFIER ,m_strTimeFormatSpecifier); CAuditDataFileItem l12(V_LOCALE_TIMEZONE ,m_strLocaleTimeZone); // Add the items to the category category.AddItem(l1); category.AddItem(l2); category.AddItem(l3); category.AddItem(l4); category.AddItem(l5); category.AddItem(l6); category.AddItem(l7); category.AddItem(l8); category.AddItem(l9); category.AddItem(l10); category.AddItem(l11); category.AddItem(l12); // ...and add the category to the AuditDataFile pAuditDataFile->AddAuditDataFileItem(category); // we always need to get the default browser details so do here CAuditDataFileCategory browserCategory("Internet|Browsers|Default Browser", FALSE, TRUE); CAuditDataFileItem b1("Path", GetRegValue("HKEY_CLASSES_ROOT\\http\\shell\\open\\command", "")); browserCategory.AddItem(b1); pAuditDataFile->AddInternetItem(browserCategory); log.Write("CLocaleScanner::SaveData End" ,true); return true; }
/** Sets the fading parameter @param aFadeColor the fading color */ void CTestServicePlugin::SetFadingParamsL(TUint8 aBlackMap, TUint8 aWhiteMap) { //Situations where blackMap > whiteMap are NOT supported if (aBlackMap > aWhiteMap) { TUint8 oldMap = aBlackMap; aBlackMap = aWhiteMap; aWhiteMap = oldMap; } //CFbsBitGc::FadeArea() does the following per color component: // dst = dst * (whiteMap - blackMap) + blackMap; //To achieve the same effect using MWsGraphicsContext we draw a rectangle //with specific intensity and alpha values: // dst = dst * (1 - alpha) + intensity * alpha; //Thus: // alpha = 1 - whiteMap + blackMap; // intensity = blackMap / alpha; // alpha = 1 - whiteMap + blackMap; TInt alpha = 255 - aWhiteMap + aBlackMap; // intensity = blackMap / alpha; TInt i = (aBlackMap * iLut[alpha]) >> 8; iFadeColor.SetInternal(i << 16 | i << 8 | i | alpha << 24); CLogFile* log = CLogFile::NewL(); CleanupStack::PushL(log); log->WriteToLogL(_L("Fading parameters have been set.")); CleanupStack::PopAndDestroy(log); }
/** Finds a missing variable from custom section @param aSection The name of the custom section. @param aMissingVariable The key name of the missing variable. */ void CTestMWsIniFile::FindCustomSectionMissingVariableL(const TDesC& aSection, const TDesC& aMissingVariable) { CLogFile* log = CLogFile::NewL(); CleanupStack::PushL(log); TInt intResult; TPtrC stringResult; if(iWsIniFile->FindVar(aSection,aMissingVariable)) { iPrint.Format(_L("Custom Section %S has %S variable"), &aSection, &aMissingVariable); log->WriteToLogL(iPrint); } if(iWsIniFile->FindVar(aSection,aMissingVariable,intResult)) { iPrint.Format(_L("Custom Section %S MissingVar Data: %d"), &aSection, intResult); log->WriteToLogL(iPrint); } else if(iWsIniFile->FindVar(aSection,aMissingVariable,stringResult)) { iPrint.Format(_L("Custom Section %S MissingVar Data: %S"), &aSection, &stringResult); log->WriteToLogL(iPrint); } else { log->WriteToLogL(_L("Custom Section does not have missing attribute")); } CleanupStack::PopAndDestroy(log); }
/** Finds variable from non existed custom section @param aSection The name of the custom section @param aIntSection The key name of an integer value @param aStringSection The key name of an string value */ void CTestMWsIniFile::FindNESectionVariableL(const TDesC& aSection, const TDesC& aIntSection, const TDesC& aStringSection) { CLogFile* log = CLogFile::NewL(); CleanupStack::PushL(log); TInt intResult; TPtrC stringResult; if(iWsIniFile->FindVar(aSection,aIntSection)) { iPrint.Format(_L("NonExistent Section has %S variable"), &aIntSection); log->WriteToLogL(iPrint); } if(iWsIniFile->FindVar(aSection,aIntSection,intResult)) { iPrint.Format(_L("NonExistent Section Integer Data: %d"), intResult); log->WriteToLogL(iPrint); } if(iWsIniFile->FindVar(aSection,aStringSection,stringResult)) { iPrint.Format(_L("NonExistent Section String Data: %S"), &stringResult); log->WriteToLogL(iPrint); } else { log->WriteToLogL(_L("Could not access variables because section does not exist")); } CleanupStack::PopAndDestroy(log); }
int util_logfile_test(int argc, char *argv[]) { CLogFile logfile; logfile.InitLogFile(atoi(argv[1]), atoi(argv[2]), argv[3], argv[4]); for (int i =0 ; i < atoi(argv[5]); ++i) { struct tm stTm; time_t tNow = time(NULL); localtime_r(&tNow, &stTm); char strTime[128]; strftime(strTime, sizeof(strTime), "%Y%m%d %T", &stTm); char str [4096]; snprintf(str,sizeof(str),"%s (%s:%d [%s]): %s\n", strTime, basename(__FILE__),__LINE__,__FUNCTION__, "lalalalaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"); logfile.Write(str, strlen(str)); sleep(1); } logfile.Close(); return 0; }
bool ReadIni(char *inifile) { TIniFile tf; CSList tmpstr; char szBuf[256]; g_LogFile.Open("bulog"); // 用程序的进程号作为各个BU日志文件存放目录 memset(&g_BUnit,0,sizeof(g_BUnit)); printf("Begin to read ini-file:%s...\n",inifile); if (!tf.Open(inifile)) { sprintf(szBuf,"不能打开配置文件<%s>\n",inifile); //DEBUG_RUNTIME_MSGOUT(szBuf); exit(-1000); } g_LogFile.RemoveOverdueLogFile(tf.ReadInt("COMMON","LOGOVERDUE",10)); //g_BUnit.iBUnitGourpID = tf.ReadInt("COMMON","GID",1); tf.ReadString("COMMON","GID","",g_BUnit.szBUGroupID,sizeof(g_BUnit.szBUGroupID)-1); tf.ReadString("BCC","BCCSVR","127.0.0.1:6666",szBuf,sizeof(szBuf)-1); if (!tmpstr.FillStrings(szBuf,':') || tmpstr.GetCount()<2) { sprintf(szBuf,"配置文件<%s>的配置项[BCC] BCCSVR=???? 错误! 格式为:BCCSVR=xxx.xxx.xxx.xxx:port\n",inifile); //DEBUG_RUNTIME_MSGOUT(szBuf); exit(-1000); } strncpy(g_BUnit.szSvrIP,tmpstr.GetAt(0),sizeof(g_BUnit.szSvrIP)-1); g_BUnit.iSvrPort = atoi(tmpstr.GetAt(1)); g_BUnit.iHBInterval = tf.ReadInt("BCC","HEARTBEAT",5000); if (g_BUnit.iHBInterval<100) g_BUnit.iHBInterval = 100; tf.Close(); return(true); }
void TestLogFileRead(void) { CLogFile* pcLogFile; CMemoryFile* pcMemoryFile; CFileBasic cFile; BOOL bResult; int iLength; char sz[200]; filePos iRead; pcMemoryFile = MemoryFile(); cFile.Init(pcMemoryFile); cFile.Open(EFM_Write_Create); cFile.WriteString("The suspense is killing me!"); cFile.Close(); pcLogFile = LogFile(pcMemoryFile); cFile.Init(pcLogFile); bResult = cFile.Open(EFM_Read); AssertTrue(bResult); pcLogFile->Begin(); bResult = cFile.ReadStringLength(&iLength); AssertTrue(bResult); AssertInt(28, iLength); AssertFalse(cFile.IsEndOfFile()); bResult = cFile.ReadStringChars(sz, iLength); AssertString("The suspense is killing me!", sz); AssertTrue(cFile.IsEndOfFile()); memset(sz, 0, 200); bResult = cFile.Seek(20); AssertTrue(bResult); bResult = cFile.ReadStringChars(sz, 8); AssertString("killing ", sz); AssertLongLongInt(28, cFile.GetFilePos()); AssertFalse(cFile.IsEndOfFile()); memset(sz, 0, 200); bResult = cFile.ReadStringChars(sz, 4); AssertString("me!", sz); AssertLongLongInt(32, cFile.GetFilePos()); AssertTrue(cFile.IsEndOfFile()); iRead = cFile.Read(sz, 1, 1); AssertLongLongInt(0, iRead); AssertLongLongInt(32, cFile.GetFilePos()); AssertTrue(cFile.IsEndOfFile()); AssertLongLongInt(32, cFile.GetFilePos()); AssertTrue(cFile.IsEndOfFile()); bResult = cFile.Close(); AssertTrue(bResult); cFile.Kill(); }
/** Initialisation phase of two phase construction. @param aEnv The environment for a graphic drawer @param aData The data for construction */ void CTestRenderStageFactory::ConstructL(MWsGraphicDrawerEnvironment& aEnv,const TDesC8& /*aData*/) { BaseConstructL(aEnv); CLogFile* log = CLogFile::NewL(); CleanupStack::PushL(log); log->WriteToLogL(_L("TestRenderStageFactory is created.")); CleanupStack::PopAndDestroy(log); }
void CProProcess::InitLogFile() { CString strAppPath = m_strAppPath; strAppPath += _T("proprocesslog.txt"); g_Log.SetFileName(strAppPath); g_Log.Init(); g_Log.WriteLine(_T("\nInitLogFile")); }
bool CProProcess::IsProtect() { if (m_bIsProtect) g_Log.WriteLine(_T("\nget protected")); else g_Log.WriteLine(_T("\nget no protected")); return m_bIsProtect ; }
/** Gets the fade color parameter @return fade color parameter */ TRgb CTestServicePlugin::GetFadeColorL() { CLogFile* log = CLogFile::NewL(); CleanupStack::PushL(log); log->WriteToLogL(_L("Returned fade color.")); CleanupStack::PopAndDestroy(log); return iFadeColor; }
void CLogModule::Flush_All_Log_Files() { LOGFILE_MAP_ITER iLog; for(iLog = m_Logfiles.begin(); iLog != m_Logfiles.end(); iLog++) { CLogFile* pLogFile = iLog->second; pLogFile->Flush(); } }
CLogFile* LogFile(CAbstractFile* pcFile) { CLogFile* pcLogFile; pcLogFile = NewMalloc<CLogFile>(); pcLogFile->Init(pcFile); pcLogFile->mbBasicFileMustFree = TRUE; return pcLogFile; }
void TestLogFileCommandsComplex(void) { CLogFile* pcLogFile; CMemoryFile* pcMemoryFile; CFileBasic cFile; BOOL bResult; int iWritten; char szABC[] = {"ABCDEFGHIJK"}; char sz123[] = {"123"}; char sz4[] = {"4"}; char szExclamation[] = {"!?"}; char szQWE[] = {"_QWE_"}; char szResult[12]; pcMemoryFile = MemoryFile(); pcMemoryFile->Open(EFM_ReadWrite_Create); pcMemoryFile->Write(szABC, 1, 12); pcMemoryFile->Close(); pcLogFile = LogFile(pcMemoryFile); cFile.Init(pcLogFile); pcLogFile->Begin(); cFile.Open(EFM_ReadWrite_Create); AssertInt(12, (int)cFile.GetFileLength()); iWritten = (int)cFile.Write(sz123, 1, 3); AssertInt(3, iWritten); iWritten = (int)cFile.Write(sz4, 1, 1); AssertInt(1, iWritten); cFile.Close(); cFile.Open(EFM_ReadWrite_Create); cFile.Write(szExclamation, 1, 2); cFile.Seek(3, EFSO_CURRENT); cFile.Write(szQWE, 5, 1); cFile.Close(); cFile.Open(EFM_Read); AssertInt(12, (int)cFile.GetFileLength()); memset(szResult, 0, 12); cFile.Read(szResult, 12, 1); AssertString("!?34E_QWE_K", szResult); cFile.Close(); bResult = pcLogFile->Commit(); AssertTrue(bResult); AssertFalse(pcMemoryFile->IsOpen()); AssertInt(12, pcMemoryFile->GetBufferSize()); AssertString("!?34E_QWE_K", (char*)pcMemoryFile->GetBufferPointer()); pcLogFile->Kill(); }
CWsRenderStage* CTestRenderStageFactory::CreateRenderStageL(MWsScreen*aScreen, MWsScreenRedraw* aScreenRedraw, CWsRenderStage* aNextStage) { CTestRenderStage* stage = CTestRenderStage::NewL(&Env(), aScreen, aScreenRedraw, aNextStage); CleanupStack::PushL(stage); CLogFile* log = CLogFile::NewL(); CleanupStack::PushL(log); log->WriteToLogL(_L("TestRenderStage is created.")); CleanupStack::PopAndDestroy(log); CleanupStack::Pop(stage); return stage; }
DC_ID CLogModule::Create_Log_File( const std::string& Name, const std::string& Filename) { CLogFile* pLogFile = new CLogFile(); pLogFile->SetLogFile(Filename); pLogFile->SetName(Name); // Add to list of registered log files m_Logfiles.insert( LOGFILE_MAP_PAIR(pLogFile->GetID(),pLogFile) ); return pLogFile->GetID(); }
/** Initialisation phase of two phase construction. @param aEnv The environment for a graphic drawer @param aData The data for construction */ void CTestMWsIniFile::ConstructL(MWsGraphicDrawerEnvironment& aEnv,const TDesC8& /*aData*/) { BaseConstructL(aEnv); iWsIniFile = aEnv.ObjectInterface<MWsIniFile>(); iIniData = CIniData::NewL(KWsIniFile, ' '); //delimiter between key and value in wsini.ini CLogFile* log = CLogFile::NewL(); CleanupStack::PushL(log); log->WriteToLogL(_L("TestMWsIniFile is created.")); CleanupStack::PopAndDestroy(log); //runs tests which test the MWsIniFile interface RunMWsIniFileTestsL(); }
bool ReadIni(char *inifile) { TIniFile tf; CSList tmpstr; char szBuf[256]; g_LogFile.Open("bulog"); // 用程序的进程号作为各个BU日志文件存放目录 memset(&g_BUnit,0,sizeof(g_BUnit)); printf("Begin to read ini-file:%s...\n",inifile); if (!tf.Open(inifile)) { sprintf(szBuf,"不能打开配置文件<%s>\n",inifile); DEBUG_RUNTIME_MSGOUT(szBuf); exit(-1000); } g_LogFile.RemoveOverdueLogFile(tf.ReadInt("COMMON","LOGOVERDUE",10)); //g_BUnit.iBUnitGourpID = tf.ReadInt("COMMON","GID",1); tf.ReadString("COMMON","GID","",g_BUnit.szBUGroupID,sizeof(g_BUnit.szBUGroupID)-1); tf.ReadString("BCC","BCCSVR","127.0.0.1:6666",szBuf,sizeof(szBuf)-1); if (!tmpstr.FillStrings(szBuf,':') || tmpstr.GetCount()<2) { sprintf(szBuf,"配置文件<%s>的配置项[BCC] BCCSVR=???? 错误! 格式为:BCCSVR=xxx.xxx.xxx.xxx:port\n",inifile); DEBUG_RUNTIME_MSGOUT(szBuf); exit(-1000); } strncpy(g_BUnit.szSvrIP,tmpstr.GetAt(0),sizeof(g_BUnit.szSvrIP)-1); g_BUnit.iSvrPort = atoi(tmpstr.GetAt(1)); g_BUnit.iHBInterval = tf.ReadInt("BCC","HEARTBEAT",5000); if (g_BUnit.iHBInterval<100) g_BUnit.iHBInterval = 100; memset(szBuf,0,sizeof szBuf); // TODO : 加密机配置 char remoteip[128]={0}; int remoteport=0; tf.ReadString("ENCSVR","ip","",remoteip,sizeof(remoteip)-1); BKConfiguration::instance()->save_para("encsvr.remoteip",remoteip); remoteport = tf.ReadInt("ENCSVR","port",0); BKConfiguration::instance()->save_int_para("encsvr.remoteport",remoteport); int mainfunc = tf.ReadInt("ENCSVR","mainfunc",0); BKConfiguration::instance()->save_int_para("encsvr.mainfunc",mainfunc); int drtpno = tf.ReadInt("ENCSVR","drtpno",0); BKConfiguration::instance()->save_int_para("encsvr.drtpno",drtpno); tf.Close(); return(true); }
int CFileLogger::GetLogInfoByLogDisplay(uint16 u2LogID) { mapLogFile::iterator f = m_mapLogFile.find(u2LogID); if(f != m_mapLogFile.end()) { CLogFile* pLogFile = (CLogFile* )f->second; return pLogFile->GetDisPlay(); } else { return NULL; } }
char* CFileLogger::GetLogInfoByLogName(uint16 u2LogID) { mapLogFile::iterator f = m_mapLogFile.find(u2LogID); if(f != m_mapLogFile.end()) { CLogFile* pLogFile = (CLogFile* )f->second; return (char* )pLogFile->GetLoggerName().c_str(); } else { return NULL; } }
int CFileLogger::DoLog(int nLogType, _LogBlockInfo* pLogBlockInfo) { mapLogFile::iterator f = m_mapLogFile.find(nLogType); if(f == m_mapLogFile.end()) { return -1; } else { CLogFile* pLogFile = (CLogFile* )f->second; pLogFile->doLog(pLogBlockInfo); } return 0; }
BOOL CTriggerScanList::Scan () { CLogFile log; for (DWORD dw = 0 ; dw < m_dwCount ; dw++) { log.Format("Scanning trigger %d\n" ,dw); if (!((m_pData[dw]))->Scan()) { log.Write("Scan returned an error\n"); return FALSE; } log.Write("Scan completed OK\n"); } return TRUE; }
/** Initialisation phase of two phase construction. @param aEnv The environment for a graphic drawer @param aData The data for construction */ void CTestServicePlugin::ConstructL(MWsGraphicDrawerEnvironment& aEnv,const TDesC8& /*aData*/) { BaseConstructL(aEnv); // Delete log file from previous test run CLogFile::DeleteLogFileL(); CLogFile* log = CLogFile::NewL(); CleanupStack::PushL(log); log->WriteToLogL(_L("testserviceplugin is created.")); CleanupStack::PopAndDestroy(log); //Default in BitGdi was 128 for the blackMap and 255 for the whiteMap //SetFadingParameters shows how the fade color is computed iFadeColor.SetInternal(0x80FFFFFF); }
int F847353(TRUSERID *handle, int iRequest, ST_PACK *in_pack, int *pRetCode, char *szMsg) { int error_code = 0; int cut_id = in_pack->lvol0; int money = 0; ST_CPACK aPack; ST_PACK *out_pack = &(aPack.pack); ResetNormalCPack(&aPack, 0, 1); Save_Info save_info; memset(&save_info, 0, sizeof(save_info)); SetCol(handle,0); SetCol(handle, F_DAMT0, F_DAMT1, F_SPHONE, F_LVOL10, F_LVOL0, 0); CheckAccountNo(cut_id, &money, &error_code); out_pack->lvol0 = money; if (error_code != 0) { g_LogFile.WriteLogEx(1001, "客户号[%d]--转帐金额[%d]--错误码[%d]--序号[%d]", cut_id, money, error_code, ++count2); error_code = DLLFUN_ERR_CHECK_ACC_THIRD_PART_FAIL; } *pRetCode = error_code; PutRow(handle, out_pack, pRetCode, szMsg); return error_code; }
static bool LogLine(CLogFile& LogFile, ELogSeverity Severity, const char* Line) { time_t Seconds; int Millis; GetSecondsAndMillis(Seconds, Millis); return LogFile.LogLine(Seconds, Millis, Severity, Line); }
void CProProcess::CleanProProcess() { if (!m_bIsProtect) { g_Log.WriteLine(_T("\nCleanProProcess no Protected")); MyRegister(FALSE); ::CloseHandle (m_hEvent); *((int*)m_pMemPointer) = 1; UnmapViewOfFile (m_pMemPointer); CloseHandle(m_hMemMap); } else { g_Log.WriteLine(_T("\nCleanProProcess Protected")); } }
// 函数名: CSvrLink::ToLink // 编程 : 陈永华 2004-2-11 12:14:25 // 描述 : // 返回 : int // 参数 : ST_BUNIT *pBUnit int CSvrLink::ToLink(ST_BUNIT *pBUnit) { int i; int rtn; RP_LINKBEGIN rp; AP_LINKBEGIN *pap; MSGBUF *pmb; memset(&head,0,sizeof(head)); iLastReqType = 0; iLastRetCode = 0; iGRFrame = 10; // 重新开始的获取请求的帧号,注意在连接初期,必须与BCC不同,以防止不同步 linksock.Close(); rp.bu1 = 1; strncpy(rp.szBUGroupID,pBUnit->szBUGroupID,sizeof(rp.szBUGroupID)-1); rp.iDefaultAM = iDefaultAnswerMode; rp.iBUVersion = htonl(BU_VERSION); // BU的版本编码 if (linksock.ConnectTcp(pBUnit->szSvrIP,pBUnit->iSvrPort)) { for (i=0;i<5;i++) { rtn = SendMsg(MT_LINKBEGIN,sizeof(rp),&rp); if (rtn!=0) { sprintf(buf,"发送连接请求数据的时候失败,SendMsg()=%d,端口失败号为%d\n",rtn,linksock.GetLastError(NULL,0)); DEBUG_RUNTIME_MSGOUT(buf); return(rtn); } rtn = RecvMsg(pBUnit->iHBInterval); if (rtn>0 && rtn>=(int)(sizeof(MSGHEAD))) { pmb = GetRecvMsg(); if (pmb->head.msgtype==MT_LINKBEGIN && pmb->head.len>=sizeof(AP_LINKBEGIN)) { pap = (AP_LINKBEGIN *)(pmb->data); svr_hs1 = pap->bc1; // 无所谓字序的转换了,反正不会重复的,如果需要,这个参数也多数会返回给BCC的 iThisProcID = ntohl(pap->bu_number); bccBFuncNo = ntohl(pap->basefuncno); bccID = ntohl(pap->bccid); if (strlen(pap->szmsg)>0) { g_LogFile.WriteLogEx(1000,"BU%d-BCC Warning:%s",iThisProcID,pap->szmsg); } return(1); // 成功连接,可以开始处理了 } } else if (rtn!=0) { sprintf(buf,"接收连接请求数据确认的时候失败,RecvMsg()=%d,端口失败号为%d\n",rtn,linksock.GetLastError(NULL,0)); DEBUG_RUNTIME_MSGOUT(buf); return(rtn); // 接收时候失败 } } linksock.Close(); DEBUG_RUNTIME_MSGOUT("做了5次连接请求都没有应答返回!\n"); return(0); } return(-100); }
int F847357(TRUSERID *handle, int iRequest, ST_PACK *in_pack, int *pRetCode, char *szMsg) { int error_code = 0; ST_CPACK aPack; ST_PACK *out_pack = &(aPack.pack); ResetNormalCPack(&aPack, 0, 1); SetCol(handle,0); SetCol(handle, F_LVOL0, F_LVOL1, F_DAMT0, F_DAMT1, F_SPHONE, F_SORDER0, F_LVOL10, 0); out_pack->damt0 = CNectDB(true); if ((error_code = SellElec(in_pack->lvol0, in_pack->lvol1, in_pack->sorder0)) != 1) // 房间号, 购电金额, 购电人姓名 { g_LogFile.WriteLogEx(1003, "转帐出错--[%d]--房间号码[%d]--购电金额[%d]--购电姓名[%s]", error_code, in_pack->lvol0, in_pack->lvol1, in_pack->sorder0); error_code = DLLFUN_ERR_TRANSFER_ELEC; goto L_RETU; } error_code = 0; L_RETU: out_pack->lvol0 = in_pack->lvol0; out_pack->lvol1 = in_pack->lvol1; memcpy(out_pack->sorder0, in_pack->sorder0, sizeof(out_pack->sorder0) - 1); out_pack->damt1 = CNectDB(false); out_pack->lvol10 = *pRetCode = error_code; PutRow(handle, out_pack, pRetCode, szMsg); return error_code; }
void CAgentPosition::TimerExpiredL(TAny* src) { TTime time; time.HomeTime(); time += iSecondsInterv; iTimer->At(time); if (iCaptureGPS && iPollGPS) { delete iGPS; iGPS = NULL; iGPS = CGPSPosition::NewL(*this); iGPS->ReceiveData(10, KMaxTimeoutForFixMin); } if(!iStopped) { if (iCaptureCellId) { // Log CELL ID to file... RBuf8 buf(GetCellIdBufferL()); buf.CleanupClosePushL(); iLogCell->AppendLogL(buf); CleanupStack::PopAndDestroy(&buf); } if(iCaptureWiFi) { TLocationAdditionalData additionalData; additionalData.uType = LOGTYPE_LOCATION_WIFI; // Log WiFi data to file.. RBuf8 buf(GetWiFiBufferL(&additionalData)); buf.CleanupClosePushL(); if (buf.Length() > 0) { // TODO: investigate why isn't always atomic.... CLogFile* logFile = CLogFile::NewLC(iFs); logFile->CreateLogL(LOGTYPE_LOCATION_NEW, &additionalData); logFile->AppendLogL(buf); logFile->CloseLogL(); CleanupStack::PopAndDestroy(logFile); } CleanupStack::PopAndDestroy(&buf); } } }
// 函数名: SQLDebugLog // 编程 : 陈永华 2004-3-4 17:45:16 // 描述 : 专门为了SQC使用(在C中使用的)记录信息到LOG日志中 // 返回 : void // 参数 : int errorcode // 参数 : char *pFormat // 参数 : ... void SQLDebugLog(int errorcode,char *pFormat,...) { char omsg[1024]; va_list pArg; va_start(pArg,pFormat); vsprintf(omsg,pFormat,pArg); va_end(pArg); g_LogFile.WriteLogEx(errorcode,"%s",omsg); }