/****************************************************************
* NAME: startKelsa
*
* DESCRIPTION: This is the pthread function
*
* PARAMETERS:
* (void *) threadNum - thread counter
*
* RETURN:
* (int) ZERO if success
* ERROR otherwise
*
****************************************************************/
void * startKelsa(void *threadNum)
{
funcEntry(logF, ipAddress, "startKelsa");
int rc = SUCCESS, // Return code
i_rc, // Temp RC
*counter; // Thread counter
//counter = (int *) malloc(sizeof(int));
counter = (int *) threadNum;
pthread_t tid = pthread_self(); // Thread ID
sprintf(logMsg, "This is thread with counter: %d and thread ID: %lu", *counter, tid);
printToLog(logF, ipAddress, logMsg);
switch(*counter)
{
case 0:
// First thread calls receiver function that does:
// i) Approve join requests if LEADER
// ii) Receive heartbeats
strcat(logMsg, "\texecuting receiverFunc");
printToLog(logF, ipAddress, logMsg);
i_rc = receiverFunc();
break;
case 1:
// Second thread calls sender function that does:
// i) Sends heartbeats
strcat(logMsg, "\texecuting sendFunc");
printToLog(logF, ipAddress, logMsg);
i_rc = sendFunc();
break;
case 2:
// Third thread calls heartbeat checker function that:
// i) checks heartbeat table
strcat(logMsg, "\texecuting heartBeatCheckerFunc");
printToLog(logF, ipAddress, logMsg);
i_rc = heartBeatCheckerFunc();
break;
default:
// Can't get here if we do then exit
printToLog(logF, ipAddress, "default case. An error");
rc = ERROR;
goto rtn;
break;
} // End of switch
rtn:
funcExit(logF, ipAddress, "startKelsa", rc);
}
/*************************************************
Description: 设置状态回复定时器，以信宿和帧类型区分
Calls: TCPServer::
Input: destination: 信宿
conn：TCP连接
totalLength：帧总长度
tpye：帧类型
message：帧消息字
Output: 无
Return: 无
*************************************************/
void Dispatcher::setTimerForDT(ADDRESS destination, TcpConnectionPtr& conn, uint16_t totalLength,
MessageType type, u_char * message, function<void ()> retryExceedHandler)
{
//帧计数加1，并取消相关定时器
uint32_t count = getAndSetFrameCount(destination, 1);
shared_ptr<int> retryCount(new int);
*retryCount = 0;
weak_ptr<TcpConnection> weakTcpPtr(conn);
function<void()> sendFunc = bind(&Dispatcher::sendForTimer,
this, weakTcpPtr, totalLength, type, message, destination, count,
retryCount, retryExceedHandler);
TimerId timerId = loop_->runEvery(timeoutSec_, sendFunc);
cancelTimerForDT(destination, type);
{
MutexLockGuard lock(statusMutex_);
statusTimer_[destination][type] = timerId;
}
sendFunc();
}
