void CCommandPra::CmdAppKill(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
if (a_clsRecvP.IsFlagNotify() == false) {
g_pclsLogPra->WARNING("CMD 'APP_KILL', not set notify flag");
}
CCmdBase clsBase;
if (clsBase.NotifyParse(a_clsRecvP.GetPayload().c_str()) == false) {
g_pclsLogPra->ERROR("CMD 'APP_KILL', invalied body format");
return;
}
if (clsBase.m_bIsAll) {
// 전체 프로세스 강제 종료
a_clsPM.StopForceibly();
} else {
// 지정 프로세스의 강제 종료
auto iter = clsBase.m_lstTarget.begin();
for (; iter != clsBase.m_lstTarget.end(); ++iter) {
a_clsPM.StopForceibly(iter->first);
}
}
return;
}
int CEmsInfo::ReceiveStaRequestProcess(CProtocol &cProto)
{
std::vector<char> vecPayload;
CSessionInfo *cSessionInfo = NULL;
CStmReqApi cDecApi;
char *szPayload = NULL;
char chFlag = 0;
time_t tm = 0;
tm = time(NULL);
chFlag = cProto.GetFlag();
if(chFlag != CProtocol::FLAG_REQUEST){
STA_LOG(STA_ERR,"Invalid Flag(flag=%d)\n",chFlag);
return STA_NOK;
}
cProto.GetPayload(vecPayload);
cSessionInfo = new CSessionInfo();
cSessionInfo->SetReceiveTime(tm);
szPayload = new char[vecPayload.size() + 1];
strncpy(szPayload, &vecPayload[0], vecPayload.size());
szPayload[vecPayload.size()] = '\0';
cSessionInfo->SetReceiveData(szPayload, vecPayload.size());
DEBUG_LOG("RECEIVE DATA (Wait 3 time)\n");
m_lstPendingQueue.push_back(cSessionInfo);
return STA_OK;
}
bool CCommandPra::ProcMesgModule(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
CConfigPra& clsCfg = CConfigPra::Instance();
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Recvive message form Module");
a_clsRecvP.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
int nDstNode = 0;
int nDstProc = 0;
a_clsRecvP.GetDestination(nDstNode, nDstProc);
// PRA가 처리해 할 명령인가?
if (nDstProc == clsCfg.m_nProcNo) {
return Command(a_clsRecvP, a_clsPM);
}
// 메세지를 전송할 APP를 찾는다.
string strProcName;
if (a_clsPM.GetProcName(nDstProc, &strProcName) != NULL) {
CAppQueue& clsQ = CAppQueue::Instance();
if (clsQ.SendCmd(a_clsRecvP, strProcName.c_str()) == false) {
g_pclsLogPra->ERROR("message send faile, to app");
a_clsRecvP.Print(g_pclsLogPra, LV_INFO);
return false;
}
} else {
g_pclsLogPra->ERROR("not found target app process");
a_clsRecvP.Print(g_pclsLogPra, LV_INFO);
}
return true;
}
int CAppQueue::RecvCmd(CProtocol& a_clsProto)
{
if (m_pclsQ == NULL) {
g_pclsLogPra->ERROR("CMQ, command queue not opend");
return false;
}
char* szRecvBuf = NULL;
int nRead = m_pclsQ->ReceiveCommand(&szRecvBuf);
if (nRead < 0) {
if (nRead == -E_Q_NOENT) {
return 0;
}
g_pclsLogPra->ERROR("CMQ, receive command failed, ret: %d\n", nRead);
return -1;
}
if (a_clsProto.SetAll(szRecvBuf, nRead) == false) {
g_pclsLogPra->ERROR("CMQ, invalied receive message");
a_clsProto.Print(g_pclsLogPra, LV_INFO, true);
m_pclsQ->FreeReadData();
return -1;
}
m_pclsQ->FreeReadData();
return 1;
}
void CCommandPra::CmdAppStart(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
if (a_clsRecvP.IsFlagNotify() == false) {
g_pclsLogPra->WARNING("CMD 'APP_START', not set notify flag");
}
CCmdBase clsBase;
if (clsBase.NotifyParse(a_clsRecvP.GetPayload().c_str()) == false) {
g_pclsLogPra->ERROR("CMD 'APP_START', invalied body format");
return;
}
if (clsBase.m_bIsAll) {
// 전체 프로세스 실행 요청
a_clsPM.Run(-1);
} else {
// 지정 프로세스의 실행 요청
list<pair<int, string> >::iterator iter = clsBase.m_lstTarget.begin();
for (; iter != clsBase.m_lstTarget.end(); ++iter) {
a_clsPM.Run(iter->first);
}
}
return;
}
void CCommandPra::CmdAppLogLevel(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
CConfigPra& clsCfg = CConfigPra::Instance();
CAppQueue& clsQ = CAppQueue::Instance();
CCmdAppLogLevel clsLog; // Notify parsing
string strBody;
CCmdAppCtl clsCtl; // APP에 보낼 body 메세지
CProtocol clsSendP; // APP에 보낼 message
if (a_clsRecvP.IsFlagNotify() == false) {
g_pclsLogPra->WARNING("CMD, 'LOG_LEVEL' not set notify flag");
}
if (clsLog.NotifyParse(a_clsRecvP.GetPayload().c_str()) == false) {
g_pclsLogPra->ERROR("CMD, 'LOG_LEVEL' invalied body format");
return;
}
// 프로세스 보낼 메세지 구성
clsCtl.m_strAction = "LOG_LEVEL";
clsCtl.m_nOption = clsLog.m_nLogLevel;
clsSendP.SetCommand(CMD_APP_CTL);
clsSendP.SetFlagRequest();
clsSendP.SetSource(clsCfg.m_nNodeNo, clsCfg.m_nProcNo);
clsSendP.SetSequence();
clsSendP.SetPayload(clsCtl.RequestGen());
if (clsLog.m_bIsAll) {
// 전체 프로세스 loglevel 변경 요청
vector<CProcessManager::ST_APPINFO> vecInfo;
a_clsPM.GetAppInfo(vecInfo, CProcStatus::RUNNING);
for (size_t i=0; i < vecInfo.size(); ++i) {
clsSendP.SetDestination(clsCfg.m_nNodeNo, vecInfo[i].m_nProcNo);
if (clsQ.SendCmd(clsSendP, vecInfo[i].m_strProcName.c_str()) == false) {
g_pclsLogPra->ERROR("APP loglevel send failed");
}
}
} else {
// 지정 프로세스의 loglevel 변경 요청
list<pair<int, string> >::iterator iter = clsLog.m_lstTarget.begin();
for (; iter != clsLog.m_lstTarget.end(); ++iter) {
clsSendP.SetDestination(clsCfg.m_nNodeNo, iter->first);
if (clsQ.SendCmd(clsSendP, iter->second.c_str()) == false) {
g_pclsLogPra->ERROR("APP loglevel send failed");
}
}
}
return;
}
bool CCommandPra::Command(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
int nCmd = atoi(a_clsRecvP.GetCommand().c_str());
switch (nCmd) {
case CMD_PING :
CmdPing(a_clsRecvP);
break;
case CMD_PRA_RECONFIG :
CmdAppReconfig(a_clsRecvP, a_clsPM);
break;
case CMD_APP_STATUS :
CmdAppStatus(a_clsRecvP, a_clsPM);
break;
case CMD_APP_START :
CmdAppStart(a_clsRecvP, a_clsPM);
break;
case CMD_APP_STOP :
CmdAppStop(a_clsRecvP, a_clsPM);
break;
case CMD_APP_KILL :
CmdAppKill(a_clsRecvP, a_clsPM);
break;
case CMD_APP_INIT :
CmdAppInit(a_clsRecvP, a_clsPM);
break;
case CMD_APP_SUSPEND :
CmdAppSuspend(a_clsRecvP, a_clsPM);
break;
case CMD_APP_RESUME :
CmdAppResume(a_clsRecvP, a_clsPM);
break;
case CMD_APP_LOGLEVEL :
CmdAppLogLevel(a_clsRecvP, a_clsPM);
break;
case CMD_STS_APP :
CmdStaticApp(a_clsRecvP, a_clsPM);
break;
case CMD_BATCH_START :
CmdBatchStart(a_clsRecvP, a_clsPM);
break;
case CMD_CLI_COMMAND :
CmdCli(a_clsRecvP, a_clsPM);
break;
default :
g_pclsLogPra->ERROR("CMD, not support command");
a_clsRecvP.Print(g_pclsLogPra, LV_INFO, true);
return false;
}
return true;
}
bool CModuleIPC::SendMesg(CProtocol& a_cMesg)
{
int nDstNodeNo = -1;
int nDstProcNo = -1;
a_cMesg.GetDestination(nDstNodeNo, nDstProcNo);
int nToProcNo = -1;
if (m_clsRoute.Lookup(nDstNodeNo, nDstProcNo, nToProcNo) == false) {
m_strErrorMsg = "not found routing table";
return false;
}
modipc_t::iterator iter = m_mapIPC.find(nToProcNo);
if (iter == m_mapIPC.end()) {
m_strErrorMsg = "not found procno";
return false;
}
pthread_mutex_lock(&iter->second.m_tMutex);
iter->second.m_deqMsg.push_back(a_cMesg);
pthread_cond_signal(&iter->second.m_tCond);
pthread_mutex_unlock(&iter->second.m_tMutex);
return true;
}
void CCommandPra::CmdAppReconfig(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
CProtocol clsResp;
CCmdBase clsBase;
if (a_clsRecvP.IsFlagNotify() == false) {
g_pclsLogPra->WARNING("CMD, 'PRA_RECONFIG', check notify flag");
return;
}
CConfigPra& clsCfg = CConfigPra::Instance();
CMesgRoute& clsRoute = CMesgRoute::Instance();
CAddress& clsAddr = CAddress::Instance();
list<CProcessManager::ST_APPINFO> lstProcess;
clsCfg.LoadProcess(lstProcess);
// 현재 프로세스의 비활성화 flag 설정
a_clsPM.Disable();
for (auto iter = lstProcess.begin(); iter != lstProcess.end(); ++iter) {
a_clsPM.Add(*iter);
clsAddr.AddApp(iter->m_strPkgName.c_str(), iter->m_strNodeType.c_str(),
iter->m_strProcName.c_str(), iter->m_nProcNo);
clsRoute.AddRoute(iter->m_nProcNo, clsCfg.m_nProcNo);
}
clsRoute.PrintTable(g_pclsLogPra, LV_INFO);
return;
}
void CCommandPra::CmdCli(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
CCliReq clsCliReq;
string strBody = a_clsRecvP.GetPayload();
if (clsCliReq.DecodeMessage(strBody) != CCliApi::RESULT_OK) {
g_pclsLogPra->ERROR("CMD 'CLI' invalied body message");
return;
}
string strCliCmd = clsCliReq.GetCmdName();
if (strCliCmd.compare("DISP-PRC") == 0) {
return CmdCli_DispProc(a_clsRecvP, clsCliReq, a_clsPM);
} else if (strCliCmd.compare("INIT-PRC") == 0) {
return CmdCli_InitProc(a_clsRecvP, clsCliReq, a_clsPM);
} else if (strCliCmd.compare("START-PRC") == 0) {
return CmdCli_StartProc(a_clsRecvP, clsCliReq, a_clsPM);
} else if (strCliCmd.compare("STOP-PRC") == 0) {
return CmdCli_StopProc(a_clsRecvP, clsCliReq, a_clsPM);
} else {
g_pclsLogPra->WARNING("CMD 'CLI', not support command");
return;
}
return;
}
void CCommandPra::CmdPing(CProtocol& a_clsRecvP)
{
CProtocol clsResp;
clsResp.SetResponse(a_clsRecvP);
CCmdBase clsBase;
string strBody;
if (a_clsRecvP.IsFlagRequest()) {
strBody = clsBase.ErrorGen(0, "ok i am alive");
} else {
strBody = clsBase.ErrorGen(0, "not set requst flag");
clsResp.SetFlagError();
g_pclsLogPra->ERROR("MSGP, ping, not set request flag");
}
clsResp.SetPayload(strBody);
if (CModuleIPC::Instance().SendMesg(clsResp) == false) {
g_pclsLogPra->ERROR("CMD, send message failed, %s",
CModuleIPC::Instance().m_strErrorMsg.c_str());
clsResp.Print(g_pclsLogPra, LV_ERROR, true);
}
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Send message");
clsResp.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
return;
}
int CClaInterface::RegReqFunc(CProtocol &cProto)
{
CCliRegReqApi cReqApi;
string strPayload;
/* send reg message */
cReqApi.Init(m_strUserId);
cReqApi.EncodeMessage(strPayload);
cProto.SetCommand("0000080002");
cProto.SetFlagRequest();
cProto.SetSource(0, 0);
cProto.SetDestination(0, 0);
cProto.SetPayload(strPayload);
return RESULT_OK;
}
bool CAppQueue::SendCmd(CProtocol& a_clsProto, const char* a_szTarget)
{
if (m_pclsQ == NULL) {
g_pclsLogPra->ERROR("CMQ, command queue not opend");
return false;
}
vector<char> vecMesg;
a_clsProto.GenStream(vecMesg);
int nRet = m_pclsQ->SendCommand((char*)a_szTarget, 0, &vecMesg[0], vecMesg.size());
if (nRet != 0) {
g_pclsLogPra->ERROR("CMQ, command send failed, to: %s, ret: %d", a_szTarget, nRet);
a_clsProto.Print(g_pclsLogPra, LV_INFO, true);
return false;
}
return true;
}
void CCommandPra::CmdStaticApp(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
if (a_clsRecvP.IsFlagBroadcast() == false) {
g_pclsLogPra->WARNING("statics not set broadcast");
}
vector<CProcessManager::ST_APPINFO> vecInfo;
a_clsPM.GetAppInfo(vecInfo, CProcStatus::RUNNING);
CConfigPra& clsCfg = CConfigPra::Instance();
CAppQueue& clsQ = CAppQueue::Instance();
for (size_t i=0; i < vecInfo.size(); i++) {
a_clsRecvP.SetDestination(clsCfg.m_nNodeNo, vecInfo[i].m_nProcNo);
if (clsQ.SendCmd(a_clsRecvP, vecInfo[i].m_strProcName.c_str()) == false) {
g_pclsLogPra->ERROR("statics send failed, pname: %s",
vecInfo[i].m_strProcName.c_str());
}
}
return;
}
void CProcessManager::CheckAlive(void)
{
CConfigPra& clsCfg = CConfigPra::Instance();
CAppQueue& clsQ = CAppQueue::Instance();
// Alive check를 위한 Ping 메세지 생성
CProtocol clsProto;
clsProto.SetCommand(CMD_PING);
clsProto.SetFlagRequest();
clsProto.SetSource(clsCfg.m_nNodeNo, clsCfg.m_nProcNo);
clsProto.SetPayload(NULL, 0);
time_t curtime = time(NULL);
auto iter = m_mapProcess.begin();
for (; iter != m_mapProcess.end(); iter++) {
if (iter->second.m_pclsApp->GetStatus() != CProcStatus::RUNNING) {
continue;
}
// Alive 체크
// 조건1) 마지막 alive 시간 + hangup 시간 이내 인가?
// 조건2) alive 체크 주기 인가?
if (curtime <= (iter->second.m_nAliveTime + m_nHangupTime)) {
if (curtime >= (iter->second.m_nAliveTime + m_nAlivePeriod)) {
clsProto.SetDestination(clsCfg.m_nNodeNo, iter->first);
clsProto.SetSequence();
auto miter = m_mapProcess.find(iter->first);
if (miter == m_mapProcess.end()) {
continue;
}
if (clsQ.SendCmd(clsProto,
miter->second.m_stAppInfo.m_strProcName.c_str()) == false) {
g_pclsLogPra->ERROR("PM, CMD 'PING' send failed");
continue;
}
}
continue;
}
// HANGUP 처리
g_pclsLogPra->CRITICAL("PM, process hangup, pno: %d, pname: %s",
iter->first,
iter->second.m_stAppInfo.m_strProcName.c_str());
iter->second.m_pclsApp->SetStatus(CProcStatus::HANGUP);
iter->second.m_pclsApp->SendSignal(SIGSEGV);
}
return;
}
int CEmsInfo::SendHeartBeatRsp()
{
bool blnRet = true;
int nNodeNo = 0;
int nProcNo = 0;
CGlobal *cGlob = NULL;
CModuleIPC *cIpc = NULL;
CProtocol cProto;
DEBUG_LOG("SEND HEARTBEAT RESPONSE PROCESS\n");
cGlob = CGlobal::GetInstance();
nNodeNo = cGlob->GetLocalNodeNo();
nProcNo = cGlob->GetLocalProcNo();
cProto.SetSource(nNodeNo, nProcNo);
cProto.SetDestination(m_nAtomNodeNo, m_nStmNo);
/* flag setting */
cProto.SetFlagResponse();
/* PKG CLASS ACTION
* 000 003 XXXX
*/
cProto.SetCommand("0000030008");
cIpc = cGlob->GetModuleIPC();
blnRet = cIpc->SendMesg(cProto);
if(blnRet != true){
STA_LOG(STA_ERR,"IPC Send failed(HEARTBEAT RESPONSE)\n");
return STA_NOK;
}
return STA_OK;
}
int CClaInterface::RegRspFunc(CProtocol &cProto)
{
CCliRegRspApi cRspApi;
string strPayload;
strPayload = cProto.GetPayload();
cRspApi.DecodeMessage(strPayload);
if(cRspApi.GetCode() != CCliRegRspApi::RESULT_CODE_REG_SUCCESS){
return RESULT_REG_FAILED;
}
return RESULT_OK;
}
void CCommandPra::CmdAppStatus(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
CCmdBase clsBase;
bool bIsError = false;
string strBody;
if (a_clsRecvP.IsFlagRequest() == false) {
strBody = clsBase.ErrorGen(1, "not set request flag");
bIsError = true;
goto JumpSend;
}
if (clsBase.RequestParse(a_clsRecvP.GetPayload().c_str()) == false) {
strBody = clsBase.ErrorGen(1, "invalied body format");
bIsError = true;
goto JumpSend;
}
GetAppStatus(a_clsPM, clsBase);
strBody = clsBase.ResponseGen();
JumpSend:
CProtocol clsResp;
clsResp.SetResponse(a_clsRecvP);
if (bIsError) {
clsResp.SetFlagError();
}
clsResp.SetPayload(strBody);
if (CModuleIPC::Instance().SendMesg(clsResp) == false) {
g_pclsLogPra->ERROR("CMD, send message failed, %s",
CModuleIPC::Instance().m_strErrorMsg.c_str());
clsResp.Print(g_pclsLogPra, LV_ERROR, true);
}
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Send message");
clsResp.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
return;
}
bool CCommandPra::ProcMesgApp(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
CConfigPra& clsCfg = CConfigPra::Instance();
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Recvive message form App");
a_clsRecvP.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
int nDstNode = 0;
int nDstProc = 0;
a_clsRecvP.GetDestination(nDstNode, nDstProc);
// TODO
// APP에서 ATOM node, proc no을 알수 없어 0으로 지정한 경우
// command에 따라 ATOM node, procno을 재지정 해준다.
// 이럴 경우 APP에서 추가 명령이 발생할 때 마다 수정이 필요하므로
// 향후 개선이 필요하다.
if (nDstNode == 0 && nDstProc == 0) {
int nCmd = atoi(a_clsRecvP.GetCommand().c_str());
switch (nCmd) {
case CMD_NODELIST :
CAddress::Instance().LookupAtom("ATOM_NM", nDstNode, nDstProc);
a_clsRecvP.SetDestination(nDstNode, nDstProc);
break;
}
}
// PRA가 처리해 할 명령인가?
if (nDstProc == clsCfg.m_nProcNo) {
return Command(a_clsRecvP, a_clsPM);
}
// agent에 메세지 전송
CModuleIPC& clsIPC = CModuleIPC::Instance();
if (clsIPC.SendMesg(a_clsRecvP) == false) {
g_pclsLogPra->ERROR("CMD, mode ipc send failed");
a_clsRecvP.Print(g_pclsLogPra, LV_INFO);
return false;
}
// APP의 Alive 주기적 검사를 줄이기 위해 APP에서 메세지가 왔다면
// 이를 APP가 정상적으로 Alive 중인것으로 판단.
int nSrcNode = 0;
int nSrcProc = 0;
a_clsRecvP.GetSource(nSrcNode, nSrcProc);
if (nSrcProc > 0) {
a_clsPM.AliveOk(nSrcProc);
}
return true;
}
void CCommandPra::CmdAppInit(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
CConfigPra& clsCfg = CConfigPra::Instance();
CAppQueue& clsQ = CAppQueue::Instance();
CCmdAppInit clsInit; // Request body parsing
CCmdAppInit::ST_RESPONSE stResponse;
string strBody;
bool bIsError = false;
CCmdAppCtl clsCtl; // APP에 보낼 body 메세지
CProtocol clsSendP; // APP에 보낼 message
if (a_clsRecvP.IsFlagRequest() == false) {
strBody = clsInit.ErrorGen(1, "CMD 'APP_INIT', not set request flag");
bIsError = true;
goto JumpSend;
}
if (clsInit.RequestParse(a_clsRecvP.GetPayload().c_str()) == false) {
strBody = clsInit.ErrorGen(1, "CMD 'APP_INIT', invalied body format");
bIsError = true;
goto JumpSend;
}
// 프로세스 보낼 메세지 구성
clsCtl.m_strAction = "INIT";
clsSendP.SetCommand(CMD_APP_CTL);
clsSendP.SetFlagNotify();
clsSendP.SetSource(clsCfg.m_nNodeNo, clsCfg.m_nProcNo);
clsSendP.SetSequence();
clsSendP.SetPayload(clsCtl.RequestGen());
if (clsInit.m_bIsAll) {
// 전체 프로세스 init 요청
vector<CProcessManager::ST_APPINFO> vecInfo;
a_clsPM.GetAppInfo(vecInfo, CProcStatus::RUNNING);
for (size_t i=0; i < vecInfo.size(); ++i) {
clsSendP.SetDestination(clsCfg.m_nNodeNo, vecInfo[i].m_nProcNo);
stResponse.m_nProcNo = vecInfo[i].m_nProcNo;
stResponse.m_strProcName = vecInfo[i].m_strProcName;
stResponse.m_bSuccess = true;
if (clsQ.SendCmd(clsSendP, vecInfo[i].m_strProcName.c_str()) == false) {
g_pclsLogPra->ERROR("APP init send failed");
stResponse.m_bSuccess = false;
}
clsInit.m_lstResponse.push_back(stResponse);
}
} else {
// 지정 프로세스의 init 요청
list<pair<int, string> >::iterator iter = clsInit.m_lstTarget.begin();
for (; iter != clsInit.m_lstTarget.end(); ++iter) {
clsSendP.SetDestination(clsCfg.m_nNodeNo, iter->first);
stResponse.m_nProcNo = iter->first;
stResponse.m_strProcName = iter->second;
stResponse.m_bSuccess = true;
if (clsQ.SendCmd(clsSendP, iter->second.c_str()) == false) {
g_pclsLogPra->ERROR("APP init send failed");
stResponse.m_bSuccess = false;
}
clsInit.m_lstResponse.push_back(stResponse);
}
}
strBody = clsInit.ResponseGen();
JumpSend:
CProtocol clsResp;
clsResp.SetResponse(a_clsRecvP);
if (bIsError) {
clsResp.SetFlagError();
}
clsResp.SetPayload(strBody);
if (CModuleIPC::Instance().SendMesg(clsResp) == false) {
g_pclsLogPra->ERROR("CMD, send message failed, %s",
CModuleIPC::Instance().m_strErrorMsg.c_str());
clsResp.Print(g_pclsLogPra, LV_ERROR, true);
}
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Send message");
clsResp.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
return;
}
void CCommandPra::CmdCli_InitProc(CProtocol& a_clsRecvP, CCliReq& clsCliReq,
CProcessManager& a_clsPM)
{
CConfigPra& clsCfg = CConfigPra::Instance();
// 프로세스 보낼 메세지 구성
CCmdAppCtl clsCtl; // APP에 보낼 body 메세지
clsCtl.m_strAction = "INIT";
CProtocol clsSendP; // APP에 보낼 message
clsSendP.SetCommand(CMD_APP_CTL);
clsSendP.SetFlagNotify();
clsSendP.SetSource(clsCfg.m_nNodeNo, clsCfg.m_nProcNo);
clsSendP.SetSequence();
clsSendP.SetPayload(clsCtl.RequestGen());
// CLI response 메세지 구성
CCliRsp clsCliRsp;
clsCliRsp.SetSessionId(clsCliReq.GetSessionId());
clsCliRsp.SetResultCode(1, "SUCCESS");
clsCliRsp.SetText ("");
clsCliRsp.SetTextAppend("================================\n");
clsCliRsp.SetTextAppend(" procno procname success\n");
clsCliRsp.SetTextAppend("---------- ---------- ----------\n");
CAppQueue& clsQ = CAppQueue::Instance();
string strProcName;
int nProcNo = -1;
for (uint32_t i=0; i < clsCliReq.GetCount(); i++) {
// Argument
if (clsCliReq[i].GetName().compare("SERVICE_NAME") == 0) {
// TODO
// sevice name process invoke
continue;
} else if (clsCliReq[i].GetName().compare("PROCESS_NAME") == 0) {
// Parameter
for (uint32_t j=0; j < clsCliReq[i].GetCount(); j++) {
strProcName = clsCliReq[i][j].GetString();
nProcNo = a_clsPM.FindProcNo(strProcName);
if (nProcNo <= 0) {
g_pclsLogPra->ERROR("CMD 'CLI' uknown process no, pname: %s",
strProcName.c_str());
clsCliRsp.NPrintf(1024, "%10d %10s %10s\n",
-1, strProcName.c_str(), "FAILED");
continue;
}
// 프로세스의 init 요청
clsSendP.SetDestination(clsCfg.m_nNodeNo, nProcNo);
if (clsQ.SendCmd(clsSendP, clsCliReq[i][j].GetString().c_str()) == false) {
g_pclsLogPra->ERROR("APP init send failed");
clsCliRsp.NPrintf(1024, "%10d %10s %10s\n",
-1, strProcName.c_str(), "FAILED");
continue;
}
clsCliRsp.NPrintf(1024, "%10d %10s %10s\n",
nProcNo, strProcName.c_str(), "OK");
}
}
}
clsCliRsp.SetTextAppend("================================\n");
string strBody;
clsCliRsp.EncodeMessage(strBody);
// 응답 메세지 생성
clsSendP.SetResponse(a_clsRecvP);
clsSendP.SetPayload(strBody);
if (CModuleIPC::Instance().SendMesg(clsSendP) == false) {
g_pclsLogPra->ERROR("CMD, send message failed, %s",
CModuleIPC::Instance().m_strErrorMsg.c_str());
clsSendP.Print(g_pclsLogPra, LV_ERROR, true);
}
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Send message");
clsSendP.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
return;
}
void CCommandPra::CmdCli_StopProc(CProtocol& a_clsRecvP, CCliReq& clsCliReq,
CProcessManager& a_clsPM)
{
vector<int> vecTarget;
int nProcNo = -1;
for (uint32_t i=0; i < clsCliReq.GetCount(); i++) {
// Argument
if (clsCliReq[i].GetName().compare("SERVICE_NAME") == 0) {
// TODO
// sevice name process invoke
continue;
} else if (clsCliReq[i].GetName().compare("PROCESS_NAME") == 0) {
// Parameter
for (uint32_t j=0; j < clsCliReq[i].GetCount(); j++) {
nProcNo = a_clsPM.FindProcNo(clsCliReq[i][j].GetString());
if (nProcNo <= 0) {
g_pclsLogPra->ERROR("CMD 'CLI' uknown process no, pname: %s",
clsCliReq[i][j].GetString().c_str());
continue;
}
a_clsPM.Stop(nProcNo);
vecTarget.push_back(nProcNo);
}
}
}
list<CProcessManager::ST_APPRUNINFO> lstInfo;
list<CProcessManager::ST_APPRUNINFO>::iterator liter;
struct tm ltm;
char szStartTime[40] = {0x00,};
char szStopTime[40] = {0x00,};
CCliRsp clsCliRsp;
clsCliRsp.SetSessionId(clsCliReq.GetSessionId());
clsCliRsp.SetResultCode(1, "SUCCESS");
clsCliRsp.SetText ("");
clsCliRsp.SetTextAppend("===============================================================================================\n");
clsCliRsp.SetTextAppend(" pid procname status start time stop time version\n");
clsCliRsp.SetTextAppend("---------- -------------------- ---------- -------------------- -------------------- ----------\n");
for (size_t i=0; i < vecTarget.size(); i++) {
if (a_clsPM.GetStatus(lstInfo, vecTarget[i]) != 1) {
g_pclsLogPra->ERROR("CMD 'CLI' status not found, pno: %d", vecTarget[i]);
continue;
}
liter = lstInfo.begin();
if (liter->m_stRun.m_tStartTime > 0) {
localtime_r(&liter->m_stRun.m_tStartTime, <m);
snprintf(szStartTime, sizeof(szStartTime), "%04d-%02d-%02d %02d:%02d:%02d",
ltm.tm_year + 1900, ltm.tm_mon+1, ltm.tm_mday,
ltm.tm_hour, ltm.tm_min, ltm.tm_sec);
}
if (liter->m_stRun.m_tStopTime > 0) {
localtime_r(&liter->m_stRun.m_tStopTime, <m);
snprintf(szStopTime, sizeof(szStopTime), "%04d-%02d-%02d %02d:%02d:%02d",
ltm.tm_year + 1900, ltm.tm_mon+1, ltm.tm_mday,
ltm.tm_hour, ltm.tm_min, ltm.tm_sec);
}
clsCliRsp.NPrintf(1024, "%10d %-20s %10s %20s %20s %10s\n",
liter->m_stRun.m_nPid,
liter->m_stInfo.m_strProcName.c_str(),
CProcStatus::StatusToString(liter->m_stRun.m_enStatus),
szStartTime,
szStopTime,
liter->m_stRun.m_strVersion.c_str());
}
clsCliRsp.SetTextAppend("===============================================================================================\n");
string strBody;
clsCliRsp.EncodeMessage(strBody);
// 응답 메세지 생성
CProtocol clsSendP;
clsSendP.SetResponse(a_clsRecvP);
clsSendP.SetPayload(strBody);
if (CModuleIPC::Instance().SendMesg(clsSendP) == false) {
g_pclsLogPra->ERROR("CMD, send message failed, %s",
CModuleIPC::Instance().m_strErrorMsg.c_str());
clsSendP.Print(g_pclsLogPra, LV_ERROR, true);
}
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Send message");
clsSendP.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
return;
}
void CCommandPra::CmdCli_DispProc(CProtocol& a_clsRecvP, CCliReq& clsCliReq,
CProcessManager& a_clsPM)
{
list<CProcessManager::ST_APPRUNINFO> lstInfo;
a_clsPM.GetStatus(lstInfo, -1);
string strWorst = CProcStatus::StatusToString(a_clsPM.GetStatusWorst());
struct tm ltm;
char szStartTime[40] = {0x00,};
char szStopTime[40] = {0x00,};
CCliRsp clsCliRsp;
clsCliRsp.SetSessionId(clsCliReq.GetSessionId());
clsCliRsp.SetResultCode(1, "SUCCESS");
clsCliRsp.SetText ("");
clsCliRsp.NPrintf(1024, "worst status: %s\n", strWorst.c_str());
clsCliRsp.SetTextAppend("===============================================================================================\n");
clsCliRsp.SetTextAppend(" pid procname status start time stop time version\n");
clsCliRsp.SetTextAppend("---------- -------------------- ---------- -------------------- -------------------- ----------\n");
for (auto iter = lstInfo.begin(); iter != lstInfo.end(); ++iter) {
if (iter->m_stRun.m_tStartTime > 0) {
localtime_r(&iter->m_stRun.m_tStartTime, <m);
snprintf(szStartTime, sizeof(szStartTime), "%04d-%02d-%02d %02d:%02d:%02d",
ltm.tm_year + 1900, ltm.tm_mon+1, ltm.tm_mday,
ltm.tm_hour, ltm.tm_min, ltm.tm_sec);
}
if (iter->m_stRun.m_tStopTime > 0) {
localtime_r(&iter->m_stRun.m_tStopTime, <m);
snprintf(szStopTime, sizeof(szStopTime), "%04d-%02d-%02d %02d:%02d:%02d",
ltm.tm_year + 1900, ltm.tm_mon+1, ltm.tm_mday,
ltm.tm_hour, ltm.tm_min, ltm.tm_sec);
}
clsCliRsp.NPrintf(1024, "%10d %-20s %10s %20s %20s %10s\n",
iter->m_stRun.m_nPid,
iter->m_stInfo.m_strProcName.c_str(),
CProcStatus::StatusToString(iter->m_stRun.m_enStatus),
szStartTime,
szStopTime,
iter->m_stRun.m_strVersion.c_str());
}
clsCliRsp.SetTextAppend("===============================================================================================\n");
string strBody;
clsCliRsp.EncodeMessage(strBody);
// 응답 메세지 생성
CProtocol clsSendP;
clsSendP.SetResponse(a_clsRecvP);
clsSendP.SetPayload(strBody);
if (CModuleIPC::Instance().SendMesg(clsSendP) == false) {
g_pclsLogPra->ERROR("CMD, send message failed, %s",
CModuleIPC::Instance().m_strErrorMsg.c_str());
clsSendP.Print(g_pclsLogPra, LV_ERROR, true);
}
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Send message");
clsSendP.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
return;
}
//------------------------------------------------------------------------------
int main( int argc, char* argv[] )
{
string usbId;
printf( VERSIONINFO "\n" );
if( argc != 2) { help(); return 1; }
strncpy( filename, argv[1], sizeof(filename) );
// load settings:
cout << "reading psi46test.ini..." << endl;
if( !settings.read( "psi46test.ini" ) ) {
printf( "error reading \"psi46test.ini\"\n" );
return 2;
}
cout << "logging to " << filename << endl;
if( !Log.open( filename ) ) {
printf( "log: error creating file\n" );
return 3;
}
for( size_t iroc = 0; iroc < 16; ++iroc )
for( size_t idac = 0; idac < 256; ++idac )
dacval[iroc][idac] = -1; // DP
// open test board on USB:
Log.section("DTB");
try {
if( !tb.FindDTB(usbId) ) {
printf( "found DTB %s\n", usbId.c_str() );
}
else if( tb.Open( usbId ) ) {
printf( "\nDTB %s opened\n", usbId.c_str() );
string info;
try {
tb.GetInfo(info);
printf( "--- DTB info-------------------------------------\n"
"%s"
"-------------------------------------------------\n",
info.c_str() );
Log.puts( info.c_str() );
tb.Welcome();
tb.Flush();
}
catch( CRpcError &e ) {
e.What();
printf( "ERROR: DTB software version could not be identified, please update it!\n" );
tb.Close();
printf( "Connection to Board %s has been cancelled\n", usbId.c_str() );
}
}
else {
printf( "USB error: %s\n", tb.ConnectionError() );
printf( "DTB: could not open port to device %s\n", settings.port_tb );
printf( "Connect testboard and try command 'scan' to find connected devices.\n" );
printf( "Make sure you have permission to access USB devices.\n" );
}
// open wafer prober:
if( settings.port_prober >= 0 )
if( !prober.open( settings.port_prober ) ) {
printf( "Prober: could not open port %i\n", settings.port_prober );
Log.puts( "Prober: could not open port\n" );
return 4;
}
Log.flush();
// Beat Meier:
vector<uint16_t> vx;
vx.resize(13);
for (unsigned int i=0; i<vx.size(); i++) vx[i] = i+1000;
tb.VectorTest(vx, vx);
printf("vx={");
for (unsigned int i=0; i<vx.size(); i++) printf(" %i",int(vx[i]));
printf(" }\n");
#ifdef ROOT
TFile* histoFile = new TFile( "Test.root", "RECREATE" );
cout << "ROOT application..." << endl;
TApplication theApp( "psi46test", &argc, argv );
#endif
// call command interpreter:
nEntry = 0;
cmd();
cout << "Daq close..." << endl;
tb.Daq_Close();
tb.Flush();
cout << "ROOT close ..." << endl;
//histoFile->Write();
histoFile->Close();
tb.Close();
}
catch( CRpcError &e ) {
e.What();
}
return 0;
}
void CCommandPra::CmdBatchStart(CProtocol& a_clsRecvP, CProcessManager& a_clsPM)
{
CCmdBatchStart clsBatch;
bool bIsError = false;
string strBody;
CProcStatus::EN_STATUS nStatus = CProcStatus::NONE;
if (a_clsRecvP.IsFlagRequest() == false) {
strBody = clsBatch.ErrorGen(1, "not set request flag");
bIsError = true;
goto JumpSend;
}
if (clsBatch.RequestParse(a_clsRecvP.GetPayload().c_str()) == false) {
strBody = clsBatch.ErrorGen(1, "invalied body format");
bIsError = true;
goto JumpSend;
}
// 배치 프로세스 실행
a_clsPM.Run(clsBatch.m_nProcNo);
// batch exit wait
usleep(100);
a_clsPM.CheckExit(clsBatch.m_nProcNo);
nStatus = a_clsPM.GetStatus(clsBatch.m_nProcNo);
switch (nStatus) {
case CProcStatus::RUNNING :
clsBatch.m_strStatus = "pending";
break;
case CProcStatus::STOPPED :
clsBatch.m_strStatus = "normal";
clsBatch.m_nExitCd = a_clsPM.GetExitCode(clsBatch.m_nProcNo);
break;
default :
clsBatch.m_strStatus = "failed";
}
strBody = clsBatch.ResponseGen();
JumpSend:
CProtocol clsResp;
clsResp.SetResponse(a_clsRecvP);
if (bIsError) {
clsResp.SetFlagError();
}
clsResp.SetPayload(strBody);
if (CModuleIPC::Instance().SendMesg(clsResp) == false) {
g_pclsLogPra->ERROR("CMD, send message failed, %s",
CModuleIPC::Instance().m_strErrorMsg.c_str());
clsResp.Print(g_pclsLogPra, LV_ERROR, true);
}
#ifdef PRA_DEBUG
g_pclsLogPra->DEBUG("Send message");
clsResp.Print(g_pclsLogPra, LV_DEBUG, true);
#endif
return;
}
CSession( UINT id ) : m_id(id) {
protocol.Clear();
protocol.Append( new CTcpProtocol );
protocol.Append( new CHttpProtocol );
protocol.Append( new CXmlRpcProtocol );
}
int32_t CCMWebServer::showNode_WatchPoint(CMClient *pClient, stringstream &ss)
{
CMTCPClient cClientM, cClientS;
vector<string> server_spec;
pClient->getCMTCPServer(server_spec);
if (server_spec.size() >= 1) {
cClientM.setServerAddr(server_spec[0].c_str());
cClientM.start();
}
if (server_spec.size() >= 2) {
cClientS.setServerAddr(server_spec[1].c_str());
cClientS.start();
}
CNodetype cNodeType;
CProtocol cProtocol;
getNodeInput in;
getNodeOutput out;
in.type = cmd_get_info_watchpoint;
if(in.nodeToBuf() <= 0) {
ss << "Communication Error!";
return -1;
}
char* replyBody = NULL;
int32_t replyLen = 0;
if(cClientM.send(in.buf, in.len) == 0 && cClientM.recv(replyBody, replyLen) == 0
|| cClientS.send(in.buf, in.len) == 0 && cClientS.recv(replyBody, replyLen) == 0) {
ss << "<html>\n";
ss << " <head></head>\n";
ss << " <body>\n";
char* p = replyBody;
//eMessageType type = (eMessageType)(*p);
p += 1;
int32_t node_num = ntohl(*(int32_t*)p);
p += 4;
ss << " <a href=\"\" onclick=\"history.back(); return false;\">Back</a>\n";
ss << " <a href=\"\" onclick=\"location.reload(); return false;\">Refresh</a>\n";
ss << " <br> <b>All Nodes' State and WatchPoint</b>\n";
ss << " <br> Total Nodes' Number: <b>" << node_num << "</b>\n";
ss << " <table frame=\"box\" rules=\"all\">\n";
ss << " <tr>\n";
ss << " <td align=\"center\">Node</td>\n";
ss << " <td align=\"center\">State</td>\n";
ss << " <td align=\"center\">CPU Busy</td>\n";
ss << " <td align=\"center\">Load One</td>\n";
ss << " </tr>\n";
for (int32_t j = 0; j < node_num; j++) {
ss << " <tr>";
ss << "<td align=\"center\">";
ss << cProtocol.protocolToStr((eprotocol)*p);
p += 1;
string ip = p;
ss << ":" << ip.c_str();
p += 24;
ss << ":" << ntohs(*(uint16_t*)p) << "</td>";
p += 2;
estate state = (estate)(*p);
p += 1;
ss << "<td align=\"center\" bgcolor=\"";
if (state == normal) {
ss << "lawngreen\">";
} else {
ss << "red\">";
}
if (state == normal) {
ss << "Normal";
} else if (state == abnormal) {
ss << "Abnormal";
} else if (state == timeout) {
ss << "Timeout";
} else if (state == unvalid) {
ss << "Unvalid";
} else if (state == uninit) {
ss << "Uninit";
} else {
ss << "Unknown";
}
ss << "</td>";
ss << "<td align=\"center\">" << ntohl(*(uint32_t*)p) << ".0 %</td>";
p += 4;
ss << "<td align=\"center\">" << ntohl(*(uint32_t*)p) << ".0</td>";
p += 4;
ss << "<tr>\n";
}
ss << " </table>\n";
ss << " </body>\n";
ss << "</html>\n";
} else {
ss << "Communication Error!";
return -1;
}
return 0;
}
void CHttpThread::sendHttp(const CProtocol& protocol)
{
//LOG_PROTOCOL(protocol);
QByteArray postData;
// konwertuj protokol do postaci binarnej tablicy QByteArray
if (!convertToBinary(postData, protocol)){
// nieprawidlowy format protokolu
LOG_ERROR("Sending protocol error. idPackage:", protocol.getIdPackage());
DConnectionResult res(new CConnectionResult(protocol, EConnectionStatus::OUTPUT_PROTOCOL_FORMAT_ERROR));
resultsQueue.push(res);
}
else
{
//convertToProtocolDebug(postData);
uint16_t crc = NUtil::CCryptography::crc16(postData.constData(), postData.size());
postData.replace(postData.size() - sizeof(crc), sizeof(crc), reinterpret_cast<char*>(&crc), sizeof(crc));
// tworzy tymczasowa petle komunikatow
QEventLoop eventLoop;
// dla sygnalu QNetworkAccessManager::finished wywolaj QEventLoop::quit
QNetworkAccessManager mgr;
QObject::connect(&mgr, SIGNAL(finished(QNetworkReply*)), &eventLoop, SLOT(quit()));
// HTTP
const std::string url = NEngine::CConfigurationFactory::getInstance()->getServerUrl();
QUrl qUrl(url.c_str());
QNetworkRequest req(qUrl);
// typ MIME
req.setHeader(QNetworkRequest::ContentTypeHeader, QVariant("application/octet-stream"));
// wyslij post'a
std::shared_ptr<QNetworkReply> reply(mgr.post(req, postData));
eventLoop.exec(); // czekaj QEventLoop::quit (czyli QNetworkAccessManager::finished)
if (reply->error() == QNetworkReply::NoError) {
//success
LOG_DEBUG("Protocol has been sent successfully. idPackage:", protocol.getIdPackage());
CByteWrapper wrapper(reply->readAll());
// wyslanie potwierdzenia zmiany konfiguracji - jesli zmiana odbyla sie bez problemow nie zwraca danych
if (wrapper.getSize() > 0)
{
if (!wrapper.isCRCValid())
{
LOG_ERROR("Received protocol error - CRC. idPackage:", protocol.getIdPackage());
DConnectionResult res(new CConnectionResult(protocol, EConnectionStatus::CRC_ERROR));
resultsQueue.push(res);
}
else
{
std::shared_ptr<CProtocol> responseProtocol =
convertToProtocol(wrapper);
// przekonwertuj do struktury
if (!responseProtocol)
{
// blad struktury protokolu
LOG_ERROR("Received protocol error. idPackage:", protocol.getIdPackage());
DConnectionResult res(new CConnectionResult(protocol, EConnectionStatus::INPUT_PROTOCOL_FORMAT_ERROR));
resultsQueue.push(res);
}
else
{
LOG_DEBUG("Protocol has been received successfully. idPackage:", responseProtocol->getIdPackage());
DConnectionResult res(new CConnectionResult(protocol, responseProtocol, EConnectionStatus::NONE));
resultsQueue.push(res);
}
}
}
}
else {
LOG_ERROR("Protocol sending error. idPackage:",
protocol.getIdPackage(), ". Error: ", reply->errorString().toStdString());
DConnectionResult res(new CConnectionResult(protocol, EConnectionStatus::CONNECTION_ERROR));
resultsQueue.push(res);
}
}
}
bool CHttpThread::convertToBinary(QByteArray& array, const CProtocol& protocol)
{
array.reserve(protocol.getSize());
convertToBinary(array, protocol.getVersion());
convertToBinary(array, protocol.getSize());
convertToBinary(array, protocol.getIdConcentrator());
convertToBinary(array, protocol.getIdPackage());
convertToBinary(array, protocol.getType());
switch(protocol.getType()){
case MONITOR_DATA:
convertToBinary(array, std::dynamic_pointer_cast<CMonitorData>(protocol.getMessage()));
break;
case CONFIGURATION_RESPONSE:
convertToBinary(array, std::dynamic_pointer_cast<CConfigurationResponse>(protocol.getMessage()));
break;
case SERVER_REQUEST:
convertToBinary(array, std::dynamic_pointer_cast<CServerRequest>(protocol.getMessage()));
break;
case SERVER_MONITOR_RESPONSE:
// typ protokolu server -> concentrator
return false;
break;
}
convertToBinary(array, protocol.getCRC());
return true;
}
int OnRecv( CBuffer* pBuffer ){
protocol.Execute( pBuffer );
return 0;
}