/** dSend_CAPD_Data function.
*
* dSend_CAPD_Data Function : we collect the nodes for sending to the next process effectively.
* Compare the time and packet count.
* if the packets are received more than old , we increae the collection #.
* if the packets are received less than old , we decreae the collection #.
*
* @param *pstMEMSINFO : New Interface 관리 구조체
* @param *pNode : 전송하고자 하는 Node
* @param dSndMsgQ : send the msg to the next process
* @param sec : the time for comparing
*
* @return S32 SUCCESS: 0, FAIL: -1(NIFO NODE 생성 실패) -2(TLV NODE 생성 실패) -3(메시지 전송 실패)
* @see capd_msgq.c
*
**/
int dSend_CAPD_Data(stMEMSINFO *pstMEMSINFO, S32 dSndMsgQ, U8 *pNode, U32 sec)
{
#ifdef MEM_TEST
nifo_node_delete(pstMEMSINFO, pNode);
#else
/*
* SIGTERM, SIGUSR1 시그널을 받은 경우에는
* 버퍼링하고 있는 패킷을 모두 전송 한 후에 종료 한다.
*/
if(pNode == NULL) {
Collection_Cnt = 0;
} else {
if(Send_Node_Head) {
nifo_node_link_nont_prev(pstMEMSINFO, Send_Node_Head, pNode);
} else {
Send_Node_Head = pNode;
}
Send_Node_Cnt++;
check_pkt++;
}
if(Send_Node_Cnt > Collection_Cnt) {
UINT dRet;
if((dRet = nifo_msg_write(pstMEMSINFO, dSndMsgQ, Send_Node_Head)) < 0) {
dAppLog(LOG_CRI, "[%s][%s.%d] nifo_msg_write dRet[%d][%s]", __FILE__, __FUNCTION__, __LINE__, dRet, strerror(-dRet));
return -1;
} else {
if(pNode == NULL)
dAppLog(LOG_CRI, "### Send Buffered Packet[%d]", Send_Node_Cnt);
Send_Node_Cnt = 0;
Send_Node_Head = NULL;
}
}
/*
* 패킷이 들어오는 속도에 따라 버퍼링의 개수를 조절한다.
*/
#ifdef BUFFERING
if( (old_time + COLLECTION_TIME) < sec) {
if( (check_pkt / COLLECTION_TIME) > (Collection_Cnt * COLLECTION_MULTIPLY) ) {
Collection_Cnt *= COLLECTION_MULTIPLY;
if(Collection_Cnt > COLLECTION_MAX) {
Collection_Cnt = COLLECTION_MAX;
}
} else if( (check_pkt / COLLECTION_TIME) < (Collection_Cnt / COLLECTION_MULTIPLY) ) {
Collection_Cnt /= COLLECTION_MULTIPLY;
if(Collection_Cnt < COLLECTION_MIN) {
Collection_Cnt = COLLECTION_MIN;
}
}
dAppLog(LOG_INFO, "CHECK_PKT:%d COLLECTION_CNT:%d", check_pkt, Collection_Cnt);
check_pkt = 0;
old_time = sec;
}
#endif /* BUFFERING */
#endif
return 0;
}
void print_pktbuf(int level, st_pktbuf_array pktbuf[])
{
dAppLog(level, "---------- ARRAY0 [%d] ----------", pktbuf[0].used_count);
print_pktbuf_array(level, &pktbuf[0]);
dAppLog(level, "---------- ARRAY1 [%d] ----------", pktbuf[1].used_count);
print_pktbuf_array(level, &pktbuf[1]);
}
int Send_AlmMsg( char loctype, char invtype, short invno, char almstatus, char oldalm )
{
dAppLog(LOG_CRI,"Send_AlmMSg");
dAppLog(LOG_CRI,"LOCTYPE[%d] INVTYPE[%d] invno[%d] almstatus[%d] oldalm[%d]",
(int)loctype, (int)invtype, (int)invno, (int)almstatus, (int)oldalm);
return 1;
}
void do_action(int port, int len, char *data, struct timeval *tmv)
{
int ret;
T_CAPHDR *pstCAPHead;
if(len > 1518) { /* ethernet packet size */
dAppLog(LOG_CRI, "Ethernet Packet Size Error, input length =%d", len);
}
/* ADD BY YOON 2008.10.14 */
if( (pstNode = nifo_node_alloc(pstMEMSINFO)) == NULL) {
dAppLog(LOG_CRI, "[%s.%d] nifo_node_alloc NULL", __FUNCTION__, __LINE__);
exit(0);
}
if( (pstCAPHead = (T_CAPHDR *)nifo_tlv_alloc(pstMEMSINFO, pstNode, CAP_HEADER_NUM, CAP_HDR_SIZE, DEF_MEMSET_OFF)) == NULL ) {
dAppLog(LOG_CRI, "[%s.%d] nifo_tlv_alloc [%d] NULL", __FUNCTION__, __LINE__, CAP_HEADER_NUM);
exit(0);
}
if( (pstBuffer = nifo_tlv_alloc(pstMEMSINFO, pstNode, ETH_DATA_NUM, len, DEF_MEMSET_OFF)) == NULL ) {
dAppLog(LOG_CRI, "[%s.%d] nifo_tlv_alloc [%d] NULL", __FUNCTION__, __LINE__, ETH_DATA_NUM);
exit(0);
}
pstCAPHead->bRtxType = port;
pstCAPHead->curtime = tmv->tv_sec;
pstCAPHead->ucurtime = tmv->tv_usec;
pstCAPHead->datalen = len;
memcpy(pstBuffer, data, pstCAPHead->datalen);
if((ret = dSend_CAPD_Data(pstMEMSINFO, dANAQid, pstNode, pstCAPHead->curtime)) < 0) {
dAppLog(LOG_CRI, "[%s.%d] dSend_CAPD_Data [%d][%s]", __FUNCTION__, __LINE__, ret, strerror(-ret));
exit(111);
}
} /**** end of do_action ******/
void Trace_BLKMSG (SMS_INFO *rcvBlkMsg)
{
int trcIdx;
if (gpCurTrc->dTCount <= 0) return;
if (rcvBlkMsg->subsID == NULL) {
dAppLog(LOG_WARN, "[TRACE] BLOCK INFO : IMSI is NULL");
return;
}
if (rcvBlkMsg->smsMsg == NULL) {
dAppLog(LOG_WARN, "[TRACE] BLOCK INFO : SMS-MSG is NULL");
return;
}
for( trcIdx = 0; trcIdx < gpCurTrc->dTCount; trcIdx++ )
{
switch (gpCurTrc->stTrc[trcIdx].dType)
{
case TRACE_METHOD_IMSI:
if(!strcmp(gpCurTrc->stTrc[trcIdx].szImsi, rcvBlkMsg->subsID)) {
Send_TrcMsg_BlkMsg_SMPP2COND(rcvBlkMsg, TRACE_METHOD_IMSI);
}
break;
case TRACE_METHOD_IP:
if(!strcmp(gpCurTrc->stTrc[trcIdx].szImsi, rcvBlkMsg->subsIP)) {
Send_TrcMsg_BlkMsg_SMPP2COND(rcvBlkMsg, TRACE_METHOD_IP);
}
break;
default:
dAppLog(LOG_CRI, "[TRACE] trace type is wrong(%d:%d)", trcIdx, gpCurTrc->stTrc[trcIdx].dType);
break;
}
} /* end of for */
}
int dSend_Message( pst_MsgQ pstMsgQ, int qid )
{
int isize, dRet;
isize = sizeof(st_MsgQ) - MAX_MSGBODY_SIZE + pstMsgQ->usBodyLen - sizeof(long int);
dRet = msgsnd(qid, pstMsgQ, isize, 0);
if ( dRet < 0) {
dAppLog( LOG_CRI, "[Qid = %d] ERROR SEND : %d[%s]", qid, errno, strerror(errno));
return -1;
}
#ifdef DEBUG
else
dAppLog(LOG_INFO, "MESSAGE SEND SUCCESS");
num++;
if (old != time(0)) {
fprintf(stderr, "SEND NUM %d\n", num);
num = 0;
old = time(0);
}
#endif
return 0;
}
int dInit_FIDB()
{
int dShm;
if( (dShm = shmget( S_SSHM_FIDB, sizeof(st_NTAF), 0666|IPC_CREAT|IPC_EXCL )) < 0 ) {
if( errno == EEXIST ) {
if( (dShm = shmget( S_SSHM_FIDB, sizeof(st_NTAF), 0666|IPC_CREAT )) < 0 ) {
dAppLog( LOGN_CRI, "ERROR SHMGET %s.%d dShm:%d", __FUNCTION__, __LINE__, dShm );
return -1;
}
if( (fidb = (st_NTAF *)shmat( dShm, (char *)0, 0 )) == (st_NTAF *)-1 ) {
dAppLog( LOGN_CRI, "ERROR SHMAT %s.%d", __FUNCTION__, __LINE__ );
return -2;
}
}
else
return -3;
}
else {
if( (fidb = (st_NTAF *)shmat( dShm, (char *)0, 0 )) == (st_NTAF *)-1 ) {
dAppLog( LOGN_CRI, "ERROR SHMAT %s.%d", __FUNCTION__, __LINE__ );
return -4;
}
}
return 0;
}
void Trace_DELIVER_MSG (SMS_HIS *sms_his, SMPP_DELIVER *deliver)
{
int trcIdx;
if (gpCurTrc->dTCount <= 0) return;
if (sms_his->info.subsID == NULL) {
dAppLog(LOG_WARN, "[TRACE] DELIVER MSG : IMSI is NULL");
return;
}
if (sms_his->info.subsIP == NULL) {
dAppLog(LOG_WARN, "[TRACE] DELIVER MSG : IP is NULL");
return;
}
for( trcIdx = 0; trcIdx < gpCurTrc->dTCount; trcIdx++ )
{
switch (gpCurTrc->stTrc[trcIdx].dType)
{
case TRACE_METHOD_IMSI:
if(!strcmp(gpCurTrc->stTrc[trcIdx].szImsi, sms_his->info.subsID)) {
Send_TrcMsg_DelivMsg_SMPP2COND (sms_his, deliver, TRACE_METHOD_IMSI);
}
break;
case TRACE_METHOD_IP:
if(!strcmp(gpCurTrc->stTrc[trcIdx].szImsi, sms_his->info.subsIP)) {
Send_TrcMsg_DelivMsg_SMPP2COND (sms_his, deliver, TRACE_METHOD_IP);
}
break;
default:
dAppLog(LOG_CRI, "[TRACE] trace type is wrong(%d:%d)", trcIdx, gpCurTrc->stTrc[trcIdx].dType);
break;
}
} /* end of for */
}
int
create_tcp_sock ()
{
int flag;
int sockfd;
int dBufSize;
socklen_t slen;
if ((sockfd = socket (AF_INET, SOCK_STREAM, 0)) < 0) {
dAppLog (LOG_DEBUG, "Can't open tcp socket! errno=%d[%s]\n", errno, strerror(errno));
return -1;
}
if ((flag = fcntl (sockfd, F_GETFL, 0)) < 0) {
dAppLog (LOG_DEBUG, "Fail in get socket option! errno=%d[%s]\n", errno, strerror(errno));
close (sockfd);
return -1;
}
flag |= O_NONBLOCK;
if (fcntl (sockfd, F_SETFL, flag) < 0) {
dAppLog (LOG_DEBUG, "Fail in Change Nonblcok option! errno=%d[%s]\n", errno, strerror(errno));
close (sockfd);
return -1;
}
return sockfd;
}
int
start_connect (hs_key *pksid, hs_body *pbsid)
{
int n, dret;
struct sockaddr_in stServerAddr;
stServerAddr.sin_family = AF_INET;
stServerAddr.sin_addr.s_addr = pbsid->dest_ipaddr;
stServerAddr.sin_port = pbsid->dest_port;
if ( (n = connect (pbsid->cfd, (struct sockaddr *)&stServerAddr, sizeof(stServerAddr))) < 0) {
if (errno != EINPROGRESS) {
dAppLog (LOG_DEBUG, "Nonblocking connect error! %d.%s-%s", errno, strerror(errno), __FUNCTION__);
return -1;
}
#if 0
epollOne_cli_add (pbsid->tcpsock.sockfd);
dAppLog(LOG_DEBUG, "--->] Nonblocking connect succss!! Dst:%d.%d.%d.%d : %d",
NIPADDR(pbsid->dest_ipaddr), ntohs(pbsid->dest_port));
#endif
}
return 0;
}
void period_smbuf_clear (int k, void *d)
{
time_t cur_time;
struct tm* pcur_tm;
SMNB_HANDLE *pgSCE_nbapi=NULL;
int rst=0;
cur_time = time ((time_t *)0);
pcur_tm = (struct tm*)localtime((time_t*)&cur_time);
if (gMySmBuf.dUsed != CMD_USE_ON) return;
if (loc_sadb->loc_system_dup.myLocalDupStatus == SYS_STATE_ACTIVE) {
pgSCE_nbapi = &gSMConn.hdl_nbSceApi;
if (pgSCE_nbapi==NULL) {
dAppLog(LOG_CRI, "[period_smbuf_clear] Connection is disconnected");
}
rst = SMNB_clearClientBuffer(*pgSCE_nbapi);
dAppLog(LOG_CRI, "[period_smbuf_clear] SM Buffer is Cleared(RST=%d)", rst);
}
if (gMySmBuf.uiClrPeriod>0) {
set_cb_timeout(period_smbuf_clear, 4, NULL, gMySmBuf.uiClrPeriod);
}
else {
dAppLog(LOG_CRI, "[period_smbuf_clear] SM Buffer Clear Period is invalid(period=%u)", gMySmBuf.uiClrPeriod);
}
}
void dump_sm_sub_clr (SM_BUF_CLR *pSmBuf)
{
dAppLog(LOG_INFO, "[SM_BUF_CLR] dUsed=%d", gMyIdx, pSmBuf->dUsed);
dAppLog(LOG_INFO, "[SM_BUF_CLR] dPeriod=%d", gMyIdx, pSmBuf->dPeriod);
dAppLog(LOG_INFO, "[SM_BUF_CLR] dHour=%d", gMyIdx, pSmBuf->dHour);
dAppLog(LOG_INFO, "[SM_BUF_CLR] uiClrPeriod=%d", gMyIdx, pSmBuf->uiClrPeriod);
}
int comm_txMMLResult (
int SendQid, // 보내고자 하는 Message Q id
IxpcQMsgType *rxIxpcMsg,
char *resBuf,
char resCode,
char contFlag,
unsigned short extendTime,
char segFlag,
char seqNo
)
{
GeneralQMsgType txGenQMsg;
IxpcQMsgType *txIxpcMsg;
MMLResMsgType *txResMsg;
int txLen;
char cmdName[32];
MMLReqMsgType *rxReqMsg;
txIxpcMsg = (IxpcQMsgType*)txGenQMsg.body;
memset ((void*)&txIxpcMsg->head, 0, sizeof(txIxpcMsg->head));
rxReqMsg = (MMLReqMsgType*)rxIxpcMsg->body;
txResMsg = (MMLResMsgType*)txIxpcMsg->body;
txGenQMsg.mtype = MTYPE_MMC_RESPONSE;
strcpy (cmdName, rxReqMsg->head.cmdName);
strcpy (txIxpcMsg->head.srcSysName, rxIxpcMsg->head.dstSysName);
strcpy (txIxpcMsg->head.srcAppName, rxIxpcMsg->head.dstAppName);
strcpy (txIxpcMsg->head.dstSysName, rxIxpcMsg->head.srcSysName);
strcpy (txIxpcMsg->head.dstAppName, rxIxpcMsg->head.srcAppName);
txIxpcMsg->head.segFlag = segFlag;
txIxpcMsg->head.seqNo = seqNo;
txResMsg->head.mmcdJobNo = rxReqMsg->head.mmcdJobNo;
txResMsg->head.extendTime = extendTime;
txResMsg->head.resCode = resCode;
txResMsg->head.contFlag = contFlag;
strcpy(txResMsg->head.cmdName, cmdName);
strcpy(txResMsg->body, resBuf);
txIxpcMsg->head.bodyLen = sizeof(txResMsg->head) + strlen(txResMsg->body);
txLen = sizeof(txIxpcMsg->head) + txIxpcMsg->head.bodyLen;
dAppLog(LOG_DEBUG, "[comm_txMMLResult] SRC(SYS:%s, APP:%s) DST(SYS:%s, APP:%s)",
txIxpcMsg->head.srcSysName, txIxpcMsg->head.srcAppName,
txIxpcMsg->head.dstSysName, txIxpcMsg->head.dstAppName);
if (msgsnd(SendQid, (void*)&txGenQMsg, txLen, IPC_NOWAIT) < 0) {
dAppLog(LOG_CRI, "[comm_txMMLResult] msgsnd error=%s, cmd=%s, len=%d"
, strerror(errno), txResMsg->head.cmdName, txLen);
return -1;
}
return 1;
}
int Send_TrcMsg_BlkMsg_SMPP2COND (SMS_INFO *rcvBlkMsg, int trace_type)
{
GeneralQMsgType txGenQMsg;
IxpcQMsgType *txIxpcMsg = NULL;
char szTrcMsg[4096];
int dMsgLen= 0, dTxLen;
struct timeval stTmval;
char sztimebuf[128];
char szTypeStr[512];
memset(&stTmval, 0x00, sizeof(struct timeval));
memset(&sztimebuf, 0x00, sizeof(sztimebuf));
memset(&txGenQMsg, 0x00, sizeof(txGenQMsg));
memset(szTrcMsg, 0x00, 4096);
txGenQMsg.mtype = MTYPE_TRC_CONSOLE;
txIxpcMsg = (IxpcQMsgType*)txGenQMsg.body;
memset((void*)&txIxpcMsg->head, 0x00, sizeof(txIxpcMsg->head));
strcpy(txIxpcMsg->head.srcSysName, mySysName);
strcpy(txIxpcMsg->head.srcAppName, myAppName);
strcpy(txIxpcMsg->head.dstSysName, "DSCM");
strcpy(txIxpcMsg->head.dstAppName, "COND");
gettimeofday(&stTmval, NULL );
sprintf( sztimebuf,"[%s.%06ld]", str_time(stTmval.tv_sec), stTmval.tv_usec);
sprintf (szTypeStr, "SMS : block info Message\nblock time:%d\nP/H:%02d %02d\nsms msg:%s "
, rcvBlkMsg->blkTm, rcvBlkMsg->sPBit, rcvBlkMsg->sHBit, rcvBlkMsg->smsMsg);
if (trace_type == TRACE_METHOD_IMSI) {
dMsgLen += snprintf(szTrcMsg + dMsgLen, sizeof(szTrcMsg), "IMSI:%s S7000 CALL TRACE INFORMATION (SMPP)\n", rcvBlkMsg->subsID);
} else if (trace_type == TRACE_METHOD_IP) {
dMsgLen += snprintf(szTrcMsg + dMsgLen, sizeof(szTrcMsg), "IP:%s: S7000 CALL TRACE INFORMATION (SMPP)\n", rcvBlkMsg->subsIP);
}
else {
dAppLog(LOG_CRI, "trace type is wrong(%d)", trace_type);
}
dMsgLen += snprintf(szTrcMsg + dMsgLen, sizeof(szTrcMsg), "%s\t%s \n", mySysName, sztimebuf);
dMsgLen += snprintf(szTrcMsg + dMsgLen, sizeof(szTrcMsg), "------------------------------------------------------------\n");
dMsgLen += snprintf(szTrcMsg + dMsgLen, sizeof(szTrcMsg), "Trace Log] %s \n", szTypeStr);
txIxpcMsg->head.bodyLen = dMsgLen;
memcpy(txIxpcMsg->body, szTrcMsg, dMsgLen);
dTxLen = sizeof(txIxpcMsg->head) + txIxpcMsg->head.bodyLen;
if( msgsnd(ixpcQid, (void*)&txGenQMsg, dTxLen, IPC_NOWAIT) < 0 ) {
dAppLog(LOG_CRI, "[FAIL] SEND TO TRACE ERROR %d(%s)\n", errno, strerror(errno));
return -1;
}
else {
dAppLog(LOG_CRI, "[SUCC] SEND TO BLK-INFO TRACE, SUCCESS(%d)", dTxLen);
}
return 0;
}
int send_packet(UCHAR *pNode, T_CAPHDR *pHead, UCHAR *pBuffer)
{
int ret;
struct timeval cap_t;
cap_t.tv_sec = 0; cap_t.tv_usec = 0;
gettimeofday (&cap_t, NULL);
pHead->bRtxType = 1; //port;
pHead->curtime = cap_t.tv_sec;
pHead->ucurtime = cap_t.tv_usec;
if(pHead->datalen > 1518) {
/* ethernet packet size */
dAppLog(LOG_CRI, "eth packet size ERR(len=%d)", pHead->datalen);
}
/* ADD : BY JUNE, 2011-05-09
* DESC: STANDBY 상태에서는 DLPI BUFFER 에서 Packet을 빼내기 위해 읽은 후 버리고
* ACTIVE 상태에서는 DLPI BUFFER 에서 Packet을 읽은 후 Next Block으로 전송.
*/
if (loc_sadb->loc_system_dup.myLocalDupStatus != SYS_STATE_ACTIVE /** NOT ACTIVE **/) {
dAppLog(LOG_DEBUG, "SYSTEM MODE : %d", loc_sadb->loc_system_dup.myLocalDupStatus);
nifo_node_delete(pstMEMSINFO, pNode);
return 0;
}
/* ADD : BY JUNE, 2010-05-10
* DESC : BUFFERING 시에 (Send_Node_Cnt <= Collection_Cnt) 의 경우 처리.
*/
#ifdef BUFFERING
#if 0
nowTime = time(0);
if (oldTime + COLLECTION_TIME < nowTime) {
if (Send_Node_Cnt && Send_Node_Cnt == Diff_Node_Cnt) {
// Send Buffring Packet
if((ret = dSend_CAPD_Data(pstMEMSINFO, dANAQid, NULL, 0)) < 0) {
dAppLog(LOG_CRI, "dSend_CAPD_Data[%d] ERR[%s", ret, strerror(-ret));
}
Collection_Cnt = COLLECTION_MIN;
}
Diff_Node_Cnt = Send_Node_Cnt;
oldTime = nowTime;
}
#endif
#endif /* BUFFERING */
if((ret = dSend_CAPD_Data(pstMEMSINFO, dANAQid, pNode, pHead->curtime)) < 0) {
dAppLog(LOG_CRI, "dSend_CAPD_Data[%d] ERR[%s]", ret, strerror(-ret));
nifo_node_delete(pstMEMSINFO, pNode);
return -1;
}
return 0;
}
int dCheck_SocketEvent()
{
int i, nfds, iRet, dIndex;
pst_ServerInfo pstSI;
pst_ServerSock pstSSock;
nfds = epoll_wait( g_epoll_fd, g_events, MAX_EVENTS, 0 );
if( nfds == 0 ) {
return 0; /* no events */
} else if( nfds < 0 ) {
dAppLog( LOG_CRI, "EPOLL WATI ERROR OCCURED [%d:%s]", errno, strerror(errno) );
return -1;
} else {
for( i = 0 ; i < nfds ; i++ ) {
if( g_events[i].events & (EPOLLERR | EPOLLHUP) ) {
dAppLog(LOG_CRI, "EPOLL ERROR EVENT OCCURED!!");
pstSSock = g_events[i].data.ptr;
dAppLog( LOG_CRI, "CLOSE SOCKET [%s]",
CVT_IPADDR(pstSSock->uiServerIPAddr) );
close( pstSSock->dSocket );
iRet = Get_hashed_shm( &stServerHandle, pstSSock->ullKey, (void **)&pstSI );
if (iRet < 0) {
dAppLog( LOG_CRI, "Get_hashed_shm KEY:%llx RET: %d",
pstSSock->ullKey, iRet );
} else {
pstSI->dSendLen = 0;
pstSI->dRecvLen = 0;
pstSI->dConnFlag = DEF_DISCONNECT;
}
return -2;
}
/* if not server socket , this socket is for client socket, so we read it */
if( g_events[i].events & EPOLLIN ) {
pstSSock = g_events[i].data.ptr;
iRet = dProc_ReadEvent( pstSSock );
}
if( g_events[i].events & EPOLLOUT ) {
pstSSock = g_events[i].data.ptr;
iRet = dProc_WriteEvent( pstSSock );
}
}
}
return 0;
}
void CatchSignal(int sig)
{
int ret;
dAppLog(LOG_CRI, "%s: SIGNAL[%d] CATCH. FINISH PROGRAM", __FUNCTION__, sig);
loop_continue = 0;
if((ret = dSend_CAPD_Data(pstMEMSINFO, dANAQid, NULL, 0)) < 0) {
dAppLog(LOG_CRI, "[%s.%d] dSend_CAPD_Data [%d][%s]", __FUNCTION__, __LINE__, ret, strerror(-ret));
exit(111);
}
exit(0);
}
void IgnoreSignal(int sig)
{
int ret;
if( sig != SIGALRM )
dAppLog(LOG_INFO, "SIGNAL[%d] RECEIVED.", sig);
signal(SIGALRM, IgnoreSignal);
if( sig == SIGUSR1 ) {
if((ret = dSend_CAPD_Data(pstMEMSINFO, dANAQid, NULL, 0)) < 0) {
dAppLog(LOG_CRI, "[%s.%d] dSend_CAPD_Data [%d][%s]", __FUNCTION__, __LINE__, ret, strerror(-ret));
}
}
}
int main (int argc, char *argv[])
{
int ret;
char logbuffer[4096];
Init_logdebug( getpid(), "CAPD", "/DSC/APPLOG" );
ret = INIT_CAPD_IPCS();
if(ret < 0) {
sprintf(logbuffer, "FAIL[init_ipc] [%s] %d.", strerror(errno), ret);
dAppWrite(LOG_CRI, logbuffer);
exit(0);
}
if( gen_info->DebugLevel == 0 )
gen_info->DebugLevel = LOG_INFO; /* temporary code (without CHSMD) */
if((ret=set_version(SEQ_PROC_CAPD, vERSION)) < 0 ) {
dAppLog( LOG_CRI, "SET_VERSION ERROR(RET=%d,IDX=%d,VER=%s)\n",
ret,SEQ_PROC_CAPD,vERSION);
}
if( check_my_run_status("CAPD") < 0)
exit(0);
if( keepalivelib_init("CAPD") < 0 )
exit(1);
#if 0
if( argc==3 ) {
test_func(argv[1], atoi(argv[2]));
}
#endif
if( argc == 3 ) {
test_func2(argv[1], atoi(argv[2]));
exit(0);
}
else if( argc!=1 ) {
exit(0);
}
SetupSignal();
dAppLog(LOG_CRI, "CAPD %s %d] [PROCESS INIT SUCCESS", vERSION, getpid());
dAppLog(LOG_CRI, "CAPD %s %d] [PROCESS STARTED", vERSION, getpid());
open_device_dlpi(DEV_PATH);
return 0;
} /***** end of main *****/
/*******************************************************************************
dSendMsg
*******************************************************************************/
void dSendMsg(int qid, pst_MsgQ pstMsgQ)
{
int isize, dRet;
pstMsgQ->dMsgQID = dMyQid;
isize = sizeof(st_MsgQ) - MAX_MSGBODY_SIZE + pstMsgQ->usBodyLen - sizeof(long int);
if ((dRet = msgsnd(qid, pstMsgQ, isize, 0)) < 0)
{
dAppLog( LOG_CRI, "[Qid = %d] ERROR SEND : %d[%s]", qid, errno, strerror(errno));
return;
} else
dAppLog( LOG_INFO, "SEND TO MSGQ=%d LEN[%u]", qid, pstMsgQ->usBodyLen );
}
void RealTimeTrace(void *arg)
{
int ret;
GeneralQMsgType rxGenQMsg;
memset(&rxGenQMsg, 0, sizeof(GeneralQMsgType));
while(1)
{
keepalivelib_increase();
while ((ret = msgrcv(dMyQid, &rxGenQMsg, sizeof(GeneralQMsgType), 0, IPC_NOWAIT)) > 0 )
{
switch (rxGenQMsg.mtype)
{
case MTYPE_TRACE_INFO:
// TODO TrcInfo.conf ¨¡AAI reloading.
memset(&g_stTrcInfo, 0x00, sizeof(st_SESSInfo));
dGetTraceData(&g_stTrcInfo);
dAppLog(LOG_CRI, "MMCR Msg Get....");
break;
default:
break;
}
keepalivelib_increase();
memset(&rxGenQMsg, 0, sizeof(GeneralQMsgType));
}
commlib_microSleep(1000);
}
}
int test(char *ab)
{
int arg_len, pn;
arg_len = strlen(ab);
dAppLog(LOG_INFO,"ARG?[%s:%d]", ab, arg_len); LOGLN;
if( !isdigit(ab[arg_len-1]) ){
pn = 0;
}else{
pn = atoi(&ab[arg_len-1]);
}
dAppLog(LOG_INFO,"ARGS>>[%d]", pn); LOGLN;
dAppLog(LOG_INFO,"STRING=%s", ab); LOGLN;
dAppLog(LOG_INFO,"LEN=%d", strlen(ab)); LOGLN;
return 0;
}
int dUdpSockInit(unsigned short usPort, int *pdSock)
{
int dRet;
int dSockfd;
struct sockaddr_in stServAddr;
int bufsize;
dSockfd = socket(AF_INET, SOCK_DGRAM, 0);
if(dSockfd < 0)
{
dAppLog(LOG_CRI, "socket Error :%s", strerror(errno));
return -1;
}
dRet = fcntl(dSockfd, F_SETFD, O_NONBLOCK);
if(dRet < 0)
{
dAppLog(LOG_CRI, "fcntl Error :%s", strerror(errno));
return -2;
}
bufsize = 1000000;
dRet = setsockopt(dSockfd, SOL_SOCKET, SO_RCVBUF, &bufsize, sizeof(bufsize));
if( dRet < 0 ) {
dAppLog(LOG_CRI, "setsockopt() RCV BUFFER set error :%s", strerror(errno));
return -3;
}
memset(&stServAddr, 0x00, sizeof(struct sockaddr));
stServAddr.sin_family = AF_INET;
stServAddr.sin_addr.s_addr = htonl(guiMyIP);
stServAddr.sin_port = htons(usPort);
dRet = bind(dSockfd, (struct sockaddr *)&stServAddr, sizeof(stServAddr));
if(dRet < 0)
{
dAppLog(LOG_CRI, "Bind Error :%s", strerror(errno));
return -3;
}
dAppLog(LOG_DEBUG, "SUCC SOCK PORT[%hu]", usPort);
*pdSock = dSockfd;
return 0;
}
void sigtest(int sig)
{
#ifdef MEM_TEST
dAppLog(LOG_CRI, "CREATE CNT[%llu] DELETE CNT[%llu]", nifo_create, nifo_del);
#endif
close(gdSockfd);
exit(0);
}
void print_pktbuf_array(int level, st_pktbuf_array *pktbuf)
{
int idx = pktbuf->head;
Capture_Header_Msg *p_hdr;
while( idx >= 0 && idx < MAX_NODE )
{
p_hdr = (Capture_Header_Msg *)pktbuf->node[idx].buffer;
dAppLog(level, "INDEX[%d] CAPTIME[%ld.%06ld] NEXT[%d]",
idx, p_hdr->curtime, p_hdr->ucurtime, pktbuf->node[idx].next);
idx = pktbuf->node[idx].next;
}
if( idx < -1 || idx >= MAX_NODE )
{
// Broken linked list.
dAppLog(LOG_CRI, "LINKED LIST to be initialized.");
}
}
int dProc_WriteEvent(pst_ServerSock pstSSock)
{
struct epoll_event event;
int dRet;
pst_ServerInfo pstINFO;
dRet = Get_hashed_shm( &stServerHandle, pstSSock->ullKey, (void **)&pstINFO );
if( dRet < 0 ) {
dAppLog( LOG_CRI, "%s --> KEY:%llx RET:%d msg:%s",
__func__, pstSSock->ullKey, dRet, Msg_hashed_shm(dRet) );
return -1;
}
if( !pstINFO->dConnFlag ) { //NOT CONNECTED
dAppLog(LOG_CRI, "%s --> CONNECTION CLOSED!!", __func__);
pstINFO->dSendLen = 0;
return -1;
}
EPOLL_IN_FILL_PTR(pstSSock, event);
EPOLL_MODIFY( &event, &g_epoll_fd, &pstSSock->dSocket );
dRet = dWrite_Packet( pstINFO->stSSock.dSocket, (CHAR*)pstINFO->szSendBuf, pstINFO->dSendLen );
if( dRet < 0 ) {
if( dRet != ERR_SOCK_EAGAIN ) {
pstINFO->dSendLen = 0;
dAppLog( LOG_CRI, "Failed In dWrite_Message LEN:%d RET:%d", pstINFO->dSendLen, dRet );
}
} else if ( dRet > 0 ) {
memmove( pstINFO->szSendBuf, pstINFO->szSendBuf + (pstINFO->dSendLen - dRet), dRet );
pstINFO->dSendLen = dRet;
event.events = EPOLL_OUT_EVENT;
EPOLL_MODIFY( &event, &g_epoll_fd, &pstSSock->dSocket );
} else {
pstINFO->dSendLen = 0;
}
return 0;
}
void FinishProgram()
{
/*
* SHM에 WRITE하는 부분에서 고려하지 않기 위해
*/
//shm_cap->ReadPos[MRG_READER_ANA] = -2;
dAppLog( LOG_CRI, "PROGRAM IS NORMALLY TERMINATED, Cause = %d", FinishFlag);
exit(0);
}
void test_func(char *ip, unsigned short usPort)
{
dAppLog(LOG_CRI, "CAPD TEST START");
signal(SIGINT, sigtest);
guiMyIP = ntohl(inet_addr(ip));
if(dUdpSockInit(usPort, &gdSockfd) < 0) {
dAppLog(LOG_CRI, "[%s.%d] dUdpSockInit", __FUNCTION__, __LINE__);
exit(0);
}
gdMaxfd = gdSockfd;
while(1) {
if(dIsRcvedPacket() < 0)
exit(0);
}
}
int main(int ac, char **av)
{
int i, PROCNO;
if( ac != 2 ){
dAppLog(LOG_CRI,LP"need to parameter block index",LT);
LOGLN;
return 0;
}
test(av[0]);
/*
for( i = 0; i < strlen(av[1]); i++ ){
if( !isdigit(av[1][0]) ){
dAppLog(LOG_WARN,LP"INVALID ARG=%s, Only Number Support",LT, av[1]);
LOGLN;
return 0;
}
}
*/
PROCNO = atoi(av[1]);
uiSeqProcKey = SEQ_PROC_NO + PROCNO;
dAppLog(LOG_INFO,LP" @@@ ARG=%s", LT, av[1]);LOGLN;
dAppLog(LOG_INFO,LP" @@@ PROCNO=%d", LT, PROCNO);LOGLN;
dAppLog(LOG_INFO,LP" @@@ SEQ_NO=%d", LT, uiSeqProcKey);LOGLN;
dAppLog(LOG_INFO,LP" @@@ MOD1=%d", LT, PROCNO%MAX_RANGE_CNT);LOGLN;
dAppLog(LOG_INFO,LP" @@@ MOD2=%d", LT, (PROCNO%MAX_RANGE_CNT)%3);LOGLN;
return 0;
}
/*******************************************************************************
dIsRcvedMessage
*******************************************************************************/
int dIsRcvedMessage(pst_MsgQ pstMsgQ)
{
int dRet;
dRet = msgrcv(dMyQid, pstMsgQ, sizeof(st_MsgQ) - sizeof(long int), 0, IPC_NOWAIT | MSG_NOERROR);
if(dRet < 0) {
if(errno != EINTR && errno != ENOMSG)
{
dAppLog( LOG_CRI, "[FAIL:%d] MSGRCV MYQ : [%s]", errno, strerror(errno));
return -1; /* Error */
}
return 0; /* Do Nothing */
}
else {
#ifdef _PATCH_MESSAGE_QUEUE
/***************************************************************************************
msgrcv() 의 반환값은 처음 long int 형 만큼의 사이즈는 제외하고 가져온 바이트 수가 됨.
자세한 항목은 man -S2 msgrcv 참고
Writer: Han-jin Park
Date: 2008.08.13
***************************************************************************************/
if(dRet != pstMsgQ->usBodyLen + DEF_MSGHEAD_LEN - sizeof(long int))
#else /* ELSE: #ifdef _PATCH_MESSAGE_QUEUE */
if(dRet != pstMsgQ->usBodyLen + DEF_MSGHEAD_LEN)
#endif /* END: #ifdef _PATCH_MESSAGE_QUEUE */
{
dAppLog( LOG_CRI, "PROID[%d] MESSAGE SIZE ERROR RCV[%d]BODY[%d]HEAD[%d]",
pstMsgQ->ucProID, dRet, pstMsgQ->usBodyLen, DEF_MSGHEAD_LEN );
return 10;
}
else {
pstMsgQ->szBody[pstMsgQ->usBodyLen] = 0x00;
dAppLog( LOG_INFO, "[MESSAGE RECEIVED] RCV[%d]BODY[%d]HEAD[%d]", dRet, pstMsgQ->usBodyLen, DEF_MSGHEAD_LEN );
}
}
return dRet; /* Good */
}
