void CSipEnv::init()
{
if (FALSE == isInit)
{
// set sip.env path
char* uniDir = getenv("UNIDIR");
char envpath[8192] = {0};
if (uniDir == NULL)
{
uniDir = ".";
}
strcat(envpath, uniDir);
strcat(envpath, "/etc/sip.env");
FILE* fpSipEnv = fopen(envpath, "r");
if (NULL == fpSipEnv)
{
// File not exists use defaults
UniINFO("sip.env not exists. Use default values");
}
else {
UniINFO("Reading parameters from sip.env.");
char tmp[256];
USHORT uSipPort = 0;
while (fscanf(fpSipEnv, "%s", tmp) != EOF) {
if ('#' == tmp[0]) continue;
if (0 == strncasecmp(tmp, "sipPort"))
{
fscanf(fpSipEnv, "%hu", &uSipPort);
if (0 != uSipPort)
{
this->SIP_PORT = uSipPort;
}
}
else if (0 == strncasecmp(tmp, "disLogAddr"))
{
fscanf(fpSipEnv, "%u", &this->DIS_LOG_ADDR);
}
}
fclose(fpSipEnv);
} // if file exists
isInit = TRUE;
} // if FALSE == isInit
}
CDB* initDB(CDB::DBType dbType, const CHAR* dbUser, const CHAR* dbPasswd, const CHAR* dbName, const CHAR* dbHost, INT dbPort)
{
INT rt = 0;
CDB* uniDB;
if(dbType == CDB::DB_MYSQL)
{
uniDB = new CDBMysql();
UniINFO("new DBMySql ok.");
rt = uniDB->connDB(dbUser, dbPasswd, dbName, dbHost, dbPort);
}
/* else if(dbType == CDB::DB_REDIS)
{
uniDB = new CDBRedis();
UniINFO("new DBRedis ok.");
rt = uniDB->connDB(dbUser, dbPasswd, dbName, dbHost, dbPort);
}*/
else if(dbType == CDB::DB_REDIS)
{
uniDB = new CDBRedisCluster();
UniINFO("new DBRedisCluster ok.");
rt = uniDB->connDB(dbUser, dbPasswd, dbName, dbHost, dbPort);
if (rt < 0)
UniERROR("DBRedisCluster setup error");
}
else
{
UniERROR("DBType %d is not supported yet. The program will exit now...", dbType);
exit(0);
}
if(rt>0)
{
UniINFO("Connecting db %s@%s:%s succeed. dbType:%d ", dbName, dbUser, dbHost, dbType);
}
else
{
UniERROR("Connecting db %s@%s:%s error. dbType:%d, Error info:%s ",dbName, dbUser, dbHost, dbType,
uniDB->getErrMsg() );
return NULL;
}
return uniDB;
}
void TFRAMEManager::Init(UINT appID, char* appName)
{
TKernalEnv env;
env.load();
mLogType=env.getLogType();
mLogLevel=env.getLogLevel();
mAppID=env.getHostID();
if(appID>0) mAppID=appID; //ÒÔÓ¦Óô«Êä½øÀ´µÄID Ϊ׼
mAppName=env.getAppName();
if(appName) mAppName=appName; //ÒÔÓ¦Óô«Êä½øÀ´µÄÃû×Ö Îª×¼
env.getSCInfo(mSCIP, mSCPort, mSCHB);
env.getProcList(mProcList);
env.getTimerRsc(mTME);
CStr kernal_env;
env.list(kernal_env);
UniINFO("FrameMng: Kernal env: \n %s ", kernal_env.c_str());
framectrl->init(mLogType, mLogLevel);
TProcRsc proc;
TTaskThread* tt=NULL;
TAbstractTask* obj=NULL;
TAbstractTask* task=NULL;
TTask* t=NULL;
CList<TTask*>* tlist=NULL;
BOOL ret=mProcList.front(proc);
while(ret)
{
if(mTaskObj.get(proc.taskID, obj)) //°´ÕÕÆô¶¯¶ÓÁÐÖеÄ˳ÐòÌáÈ¡ÈÎÎñ¶ÔÏó
{
if(obj!=NULL)
{
tlist=new CList<TTask*>();
if(tlist)
{
for(int i=0;i<proc.threadNum;i++) //°´ÕÕÆô¶¯¶ÓÁÐÖÐÉèÖõÄÏß³ÌÊýÁ¿³õʼ»¯Ïß³Ì
{
task=obj->clone(); //ͨ¹ýclone »ñµÃ¸´ÖƵÄtask Ö¸Õë
if(task!=NULL)
{
mMaxInst++; //µ±Ç°µÄinst + 1
task->init(mMaxInst, mAppID, proc.taskID, framectrl); //³õʼ»¯task
framectrl->getTaskSelector()->registerTask(proc.taskID, mMaxInst, task); //×¢²áµ½taskselector
tt=NULL;
tt=new TTaskThread(*task, proc.taskName.c_str(),task->logType, task->logLevel, mMaxInst);
if(tt)
{
t=new TTask();
t->taskID=proc.taskID;
t->instID=mMaxInst;
t->taskName=proc.taskName;
t->task=task;
t->thread=tt;
mInstList.push_back(t); //½«task ÈÎÎñºÍÏàÓ¦µÄÏ̶߳ÔÏó°´Ë³Ðò±£´æµ½ÊµÀýÁбí
tlist->push_back(t); //½«task ÈÎÎñºÍÏàÓ¦µÄÏ̶߳ÔÏó±£´æµ½¹ÜÀíÁбí
UniINFO("FrameMng: Init taskid=%d, instid=%d, taskname=%s !", t->taskID, t->instID, t->taskName.c_str());
}
}
}
mTaskList.put(proc.taskID, tlist); //½«task ÈÎÎñºÍÏàÓ¦µÄÏ̶߳ÔÏó±£´æµ½ÈÎÎñ¹ÜÀíÁбí
}
else
{
UniERROR("FrameMng: Init task list error!");
}
}
}
ret=mProcList.next(proc); //ÌáÈ¡ÏÂÒ»¸ö
}
//init socket
BOOL success = socket.openServer(NULL, mSCPort); //ʹÓÃscPORT¼àÌýËùÓеØÖ·ÉϵĶ˿Ú
if(!success)
{
UniERROR("FrameMng: Bind command server error! port=%d", mSCPort);
}
else
{
UniINFO("FrameMng: Bind command server! port=%d", mSCPort);
}
}
void TFRAMEManager::Run()
{
TEventMsg* msg=NULL;
UniINFO("FrameMng: Starting ......");
//ÏÈÆô¶¯kernal
mTransID++;
msg=new TEventMsg();
msg->eventID=KERNAL_APP_INIT;
msg->transID=mTransID;
msg->status=0;
msg->sender.taskType=0;
msg->sender.taskID=0;
msg->sender.instID=0;
framectrl->add(msg);
kernalThread->run();
//°´Ë³ÐòÆô¶¯¸÷¸öÈÎÎñ
TTask* task=NULL;
mInstList.reset();
mInstList.current(task);
while(task)
{
mTransID++;
msg=new TEventMsg();
msg->eventID=KERNAL_APP_INIT;
msg->transID=mTransID;
msg->status=0;
msg->sender.taskType=0;
msg->sender.taskID=0;
msg->sender.instID=0;
task->task->add(msg);
task->thread->run();
task->thread->detach();
msg=NULL;
task=NULL;
if(!mInstList.next(task))
break;
}
char mSockBuffer[maxLen];
CCode code;
code.content = NULL;
while(!shutdown)
{
UINT64 nextstep = mTTQ->process();
if(nextstep>1000) nextstep=1000; //¶¨Ê±Æ÷·µ»ØµÄÏÂÒ»¸ö¶¨Ê±Æ÷ʱ¼äʱ¼ä¼ä¸ô£¬×²»³¬¹ý1Ãë
std::auto_ptr<TMsg> msg=std::auto_ptr<TMsg>(mFifo->getNext(nextstep)); //ÔÚÏûÏ¢¶ÓÁÐ×µÈ´ýʱ¼äÊǶ¨Ê±Æ÷ÏÂÒ»¸ö³¬Ê±Ê±¼ä¼ä¸ô
if(msg.get())
{
TEventMsg* pEventMsg = NULL;
pEventMsg=dynamic_cast<TEventMsg*>(msg.get());
if(pEventMsg)
{
CCode scode;
switch(pEventMsg->eventID)
{
case KERNAL_APP_INIT:
if(pEventMsg->status)
{
UniINFO("FrameMng: init task ok: taskid=%d, instid=%d",pEventMsg->sender.taskID, pEventMsg->sender.instID);
}
else
{
UniERROR("FrameMng: init task error: taskid=%d, instid=%d",pEventMsg->sender.taskID, pEventMsg->sender.instID);
}
break;
case KERNAL_APP_HEATBEAT:
break;
case KERNAL_APP_RELOAD:
char fstr[1024];
if(pEventMsg->status == 1)
{
sprintf(fstr, "taskid: %d, instid: %d env reload ok", pEventMsg->sender.taskID, pEventMsg->sender.instID);
scode.content = fstr;
}
else
{
sprintf(fstr, "taskid: %d, instid: %d env reload failed", pEventMsg->sender.taskID, pEventMsg->sender.instID);
scode.content = fstr;
}
scode.length = strlen(scode.content);
socket.sendCode(scode);
UniINFO(scode.content);
break;
case KERNAL_APP_SHUTDOWN:
break;
case KERNAL_APP_STATUES:
scode.content = (char *)pEventMsg->eventInfo.c_str();
scode.length = strlen(scode.content);
socket.sendCode(scode);
UniINFO("watch status of taskid:%d, instid:%d", pEventMsg->sender.taskID, pEventMsg->sender.instID);
UniINFO(scode.content);
break;
default:
break;
}
}
}
//check if recieved new command
memset(mSockBuffer, 0, sizeof(mSockBuffer));
code.content = mSockBuffer;
code.length = 0;
int recvstatus = socket.recvCode(code);
if(recvstatus == 1 &&code.length >0)
{
Command * cmd = (Command *) code.content;
//debug out
//cout<< "taskid: "<< cmd->taskId<<endl;
//cout<< "instid: "<< cmd->instId<<endl;
//cout<< "command: "<< cmd->cmd<<endl;
TEventMsg* cmdmsg=NULL;
task=NULL;
mInstList.reset();
mInstList.current(task);
while(task)
{
//find the task
if(cmd->taskId == -1 || (task->taskID == cmd->taskId && cmd->instId == -1) || (task->taskID == cmd->taskId && task->instID == cmd->instId))
{
mTransID++;
cmdmsg=new TEventMsg();
switch(cmd->type)
{
case 0:
cmdmsg->eventID= KERNAL_APP_RELOAD;
break;
case 1:
default:
cmdmsg->eventID= KERNAL_APP_STATUES;
break;
}
cmdmsg->transID=mTransID;
cmdmsg->status=0;
cmdmsg->eventInfo += cmd->cmd;
cmdmsg->sender.taskType=0;
cmdmsg->sender.taskID=0;
cmdmsg->sender.instID=0;
task->task->add(cmdmsg);
cmdmsg=NULL;
}
task=NULL;
mInstList.next(task);
}
}
}
}