void LsapiConn::onTimer()
{
if ( m_respState && !m_reqReceived &&( DateTime::s_curTime - m_lReqSentTime >= 3 ))
{
LOG_NOTICE(( getLogger(), "[%s] No request delivery notification has been received from LSAPI application, possible dead lock.", getLogId() ));
if ( ((LsapiWorker *)getWorker())->getConfig().getSelfManaged() )
getWorker()->addNewProcess();
else
connError( ETIMEDOUT );
return;
}
/* if ( m_lLastRespRecvTime )
{
long tm = time( NULL );
long delta = tm - m_lLastRespRecvTime;
if (( delta > getWorker()->getTimeout() )&&( m_iRespBodyRecv ))
{
if ( m_pChunkIS )
LOG_INFO(( getLogger(), "[%s] Timeout, partial chunk encoded body received,"
" received: %d, chunk len: %d, remain: %d!",
getLogId(), m_iRespBodyRecv, m_pChunkIS->getChunkLen(),
m_pChunkIS->getChunkRemain() ));
else
LOG_INFO((getLogger(), "[%s] Timeout, partial response body received,"
" body len: %d, received: %d!",
getLogId(), m_iRespBodySize, m_iRespBodyRecv ));
setState( CLOSING );
if ( getConnector() )
getConnector()->endResponse( 0, 0 );
return;
}
else if (( m_pChunkIS )&&( delta > 2 ))
{
if ((!m_pChunkIS->getChunkLen())&&( getConnector() ))
{
LOG_INFO(( getLogger(), "[%s] Missing trailing CRLF in Chunked Encoding!",
getLogId() ));
setState( CLOSING );
getConnector()->endResponse( 0, 0 );
return;
}
}
}*/
ExtConn::onTimer();
}
void ProxyConn::onTimer()
{
// if (!( getEvents() & POLLIN ))
// {
// LS_WARN( this, "Oops! POLLIN is turned off for this proxy connection,"
// " turn it on, this should never happen!!!!");
// continueRead();
// }
// if (( m_iTotalPending > 0 )&& !( getEvents() & POLLOUT ))
// {
// LS_WARN( this, "Oops! POLLOUT is turned off while there is pending data,"
// " turn it on, this should never happen!!!!");
// continueWrite();
// }
if (m_lLastRespRecvTime)
{
long tm = time(NULL);
long delta = tm - m_lLastRespRecvTime;
if ((delta > getWorker()->getTimeout()) && (m_iRespBodyRecv))
{
if (m_pChunkIS)
{
LS_INFO(this, "Timeout, partial chunk encoded body received,"
" received: %d, chunk len: %d, remain: %d!",
m_iRespBodyRecv, m_pChunkIS->getChunkLen(),
m_pChunkIS->getChunkRemain());
}
else
LS_INFO(this, "Timeout, partial response body received,"
" body len: %d, received: %d!",
m_iRespBodySize, m_iRespBodyRecv);
setState(ABORT);
getConnector()->endResponse(0, 0);;
return;
}
else if ((m_pChunkIS) && (!m_pChunkIS->getChunkLen()) && (delta > 1))
{
if ((getConnector()))
{
LS_DBG_L(this, "Missing trailing CRLF in Chunked Encoding,"
" remain: %d!", m_pChunkIS->getChunkRemain());
// const char * p = m_pChunkIS->getLastBytes();
// LS_INFO(this,
// "Last 8 bytes are: %#x %#x %#x %#x %#x %#x %#x %#x",
// p[0], p[1], p[2], p[3], p[4], p[5], p[6], p[7]);
// HttpReq * pReq = getConnector()->getHttpSession()->getReq();
// pReq->dumpHeader();
setState(CLOSING);
getConnector()->endResponse(0, 0);
return;
}
}
}
ExtConn::onTimer();
}
int main(int argc, char* argv[]) {
// Create Worker Pool
initWorkers() ;
sem_t workPool ;
sem_init(&workPool, 0, THREAD_WORKERS) ;
// Create the Socket
int sockfd, set = 1 ;
if ((sockfd = socket(AF_INET, SOCK_STREAM, 0)) == -1) {
std::cout << "Unable to create a socket!" << std::endl ;
return 1 ;
}
setsockopt (sockfd, SOL_SOCKET, SO_REUSEADDR, &set, sizeof(set)) ;
// Initialize the socket structure
struct sockaddr_in address ;
bzero(&address, sizeof(address)) ;
address.sin_family = AF_INET ;
address.sin_addr.s_addr = INADDR_ANY ;
address.sin_port = htons(SERVER_PORT) ;
// Bind socket address to socket
if (bind(sockfd, (struct sockaddr *) &address, sizeof(address)) == -1) {
std::cout << "Cannot bind to the socket!" << std::endl ;
return 1 ;
}
// Convert the socket to a listening socket
if (listen(sockfd, CONNECT_QUEUE) == -1) {
std::cout << "Unable to make the socket a listening socket!" << std::endl ;
return 1 ;
}
// Loop indefintely to accept any connections
while (true) {
int conn ;
struct sockaddr_in client ;
socklen_t clientLen = sizeof(client) ;
bzero(&client, clientLen) ;
if ((conn = accept(sockfd, (struct sockaddr *) &client, &clientLen)) == -1) {
std::cout << "Unable to accept any connections!" << std::endl ;
return 1 ;
}
//fcntl (conn, F_SETFL, fcntl(conn, F_GETFL) | O_NONBLOCK) ;
sem_wait (&workPool) ;
pthread_t thread = getWorker () ;
pthread_create (&thread, NULL, threadHelper, &conn) ;
sem_post (&workPool) ;
}
// Should never get here
sem_destroy(&workPool) ;
pthread_exit(NULL) ;
return 1 ;
}
bool RequestWorkerPool::sendRequest(DataRequest * req)
{
RequestWorker * tmp = getWorker();//HttpWorkerPool::getWorker();//new HttpRequestWorker(request);
tmp->setInputrequest(req);
tmp->setIsBeingUsed(true);
tmp->execute();
return true;
}
void CTP_Executor::Core()
{
std::queue<CTP_Task*> task_queue;
CTP_Task* task = NULL;
CTP_Worker* worker = NULL;
while(m_isShutdown) {
m_queueLock.mtLock();
if(m_blockQueue.empty()) {
m_queueLock.mtWait();
}
if(m_blockQueue.empty()) {
m_queueLock.mtUnlock();
continue;
}
while(!m_blockQueue.empty()) {
task_queue.push(m_blockQueue.front());
m_blockQueue.pop();
}
m_queueLock.mtUnlock();
while(!task_queue.empty()) {
task = task_queue.front();
task_queue.pop();
worker = getWorker();
worker->setTask(task);
}
}
m_queueLock.mtLock();
while(!m_blockQueue.empty()) {
task = m_blockQueue.front();
m_blockQueue.pop();
worker = getWorker();
worker->setTask(task);
}
m_queueLock.mtUnlock();
}
int LsapiConn::close()
{
ExtConn::close();
if ( m_pid > 0 )
{
((LsapiWorker *)getWorker())->moveToStopList( m_pid );
m_pid = -1;
}
return 0;
}
int JConn::processPacketHeader( unsigned char * &p )
{
if (( *p != AJP_RESP_PREFIX_B1)||
( *(p+1) != AJP_RESP_PREFIX_B2 ))
{
LOG_ERR(( getLogger(), "[%s] Invalid AJP response signature %x%x",
getLogId(), (int) *p,
(int) *(p+1) ));
return -1;
}
p+= 2;
m_curPacketSize = getInt( p );
if ( m_curPacketSize > AJP_MAX_PKT_BODY_SIZE )
{
LOG_ERR(( getLogger(), "[%s] packet size is too large - %d",
getLogId(), m_curPacketSize ));
return -1;
}
m_packetType = *p++;
m_packetLeft = m_curPacketSize - 1;
switch(m_packetType)
{
case AJP13_RESP_BODY_CHUNK:
m_iPacketState = CHUNK_LEN;
break;
case AJP13_RESP_HEADERS:
m_iPacketState = STATUS_CODE;
break;
case AJP13_END_RESP:
if ( *p != 1)
{
if ( D_ENABLED( DL_LESS ) )
LOG_D(( getLogger(),
"[%s] close connection required by servlet engine %s ",
getLogId(), getWorker()->getURL() ));
setState( CLOSING );
}
p++;
if ( getConnector() )
{
incReqProcessed();
if ( getState() == ABORT )
setState( PROCESSING );
setInProcess( 0 );
getConnector()->endResponse( 0, 0 );
}
break;
case AJP13_MORE_REQ_BODY:
default:
break;
}
return 0;
}
void ProxyConn::init(int fd, Multiplexer *pMplx)
{
EdStream::init(fd, pMplx, POLLIN | POLLOUT | POLLHUP | POLLERR);
reset();
m_iSsl = ((ProxyWorker *)getWorker())->getConfig().getSsl();
if ((m_iSsl) && (m_ssl.getSSL()))
m_ssl.release();
m_lReqBeginTime = time(NULL);
//Increase the number of successful request to avoid max connections reduction.
incReqProcessed();
}
int JConn::buildReqHeader()
{
m_pReqHeaderEnd = m_buf + 4;
int ret = JkAjp13::buildReq(
getConnector()->getHttpConn(), m_pReqHeaderEnd,
&m_buf[ AJP_MAX_PACKET_SIZE ] );
if ( ret == -1 )
return -1;
m_pBufEnd = m_pReqHeaderEnd;
ret = JkAjp13::buildWorkerHeader( (JWorker *)getWorker(),
m_pBufEnd, &m_buf[ AJP_MAX_PACKET_SIZE] );
if ( ret == -1 )
return -1;
JkAjp13::buildAjpHeader( m_buf, m_pBufEnd - m_buf - 4 );
return 0;
}
bool PipelineManager::removeWorker(int id)
{
Worker* worker = NULL;
worker = getWorker(id);
if (!worker) {
return false;
}
worker->stop();
delete workers[id];
workers.erase(id);
return true;
}
int LsapiConn::connect( Multiplexer * pMplx )
{
LsapiWorker * pWorker = (LsapiWorker *)getWorker();
if ( pWorker->selfManaged() )
return ExtConn::connect( pMplx );
int fds[2];
errno = ECONNRESET;
if ( socketpair( AF_UNIX, SOCK_STREAM, 0, fds ) == -1 )
{
LOG_ERR(( "[LsapiConn::connect()] socketpair() failed!" ));
return -1;
}
fcntl( fds[0], F_SETFD, FD_CLOEXEC );
setReqProcessed( 0 );
setToStop( 0 );
//if ( pApp->getCurInstances() >= pApp->getConfig().getInstances() )
// return -1;
m_pid = LocalWorker::workerExec( pWorker->getConfig(), fds[1] );
::close( fds[1] );
if ( m_pid == -1 )
{
::close( fds[0] );
return -1;
}
else
{
if ( D_ENABLED( DL_LESS ) )
LOG_D(( "[%s] add child process pid: %d", pWorker->getName(), m_pid ));
PidRegistry::add( m_pid, pWorker, 0 );
}
::fcntl( fds[0], F_SETFL, HttpGlobals::getMultiplexer()->getFLTag() );
init( fds[0], pMplx );
//Increase the number of successful request to avoid max connections reduction.
incReqProcessed();
setState( PROCESSING );
onWrite();
return 1;
}
bool PipelineManager::deletePath(Path* path)
{
std::vector<int> pathFilters = path->getFilters();
int orgFilterId = path->getOriginFilterID();
int dstFilterId = path->getDestinationFilterID();
Worker *worker = NULL;
if (filters.count(orgFilterId) <= 0 || filters.count(dstFilterId) <= 0) {
return false;
}
for (auto it : pathFilters) {
if (filters.count(it) <= 0) {
return false;
}
}
if(!filters[orgFilterId]->disconnectWriter(path->getOrgWriterID())) {
utils::errorMsg("Error disconnecting path head!");
return false;
}
if(!filters[dstFilterId]->disconnectReader(path->getDstReaderID())) {
utils::errorMsg("Error disconnecting path tail!");
return false;
}
for (auto it : pathFilters) {
worker = getWorker(filters[it]->getWorkerId());
if (worker) {
worker->removeProcessor(it);
}
delete filters[it];
filters.erase(it);
}
delete path;
return true;
}
void
DServerCmdWrite::run()
{
#if DS_CMD_WRITE_DEBUG
cout << "DServerCmdWrite::run" << getIndexStr() << endl;
#endif
if (!checkWorkerAvailable())
return;
if (!startWorkerStreamCommunication())
{
setErrorText("Could not initiate communication!");
return;
}
int algID,typID;
arrayalgebra::extractIds(getWorker() -> getTType(),algID,typID);
TypeConstructor* tc = am->GetTC(algID,typID);
while (nextIndex())
{
const int curIdx = getIndex();
string master_port =int2Str((1800+curIdx));
string sendCmd =
"let r" + getWorker() -> getName() + int2Str(curIdx) +
" = " + "receiveD(" + getWorker() -> getMasterHostIP_() +
",p" + master_port + ")";
#if DS_CMD_WRITE_DEBUG
cout << "Sending:" << sendCmd << endl;
#endif
//The sendD-operator on the worker is started
if (!sendSecondoCmdToWorkerSOS(sendCmd, true))
{
string errMsg;
if (hasCmdError())
errMsg = getCmdErrorText();
else
errMsg = "Could not write data from worker!";
setErrorText(errMsg);
waitForSecondoResultThreaded();
return;
}
// open communication with receiveD - TypeMap
DServerCmdCallBackCommunication callBack(getWorker() ->getMasterHostIP(),
master_port);
callBack.startSocket();
callBack.startSocketCommunication();
// send TYPE to receiveD - TypeMap
if (!callBack.sendTextToCallBack("TYPE", getWorker() -> getTTypeStr()))
{;
waitForSecondoResultThreaded();
return;
}
// await "CLOSE" tag
if (!callBack.getTagFromCallBack("CLOSE"))
{
waitForSecondoResultThreaded();
return;
}
// stop communication w/ reveive TypeMap
callBack.closeSocketCommunication();
// type map has finished
//The callback connection from the value-mapping
// is opened and stored
if (!(callBack.startSocketCommunication()))
{
setErrorText(callBack.getErrorText());
waitForSecondoResultThreaded();
return;
}
// send TYPE to receiveD - TypeMap
if (!callBack.sendTextToCallBack("TYPE", getWorker() -> getTTypeStr()))
{
setErrorText(callBack.getErrorText());
waitForSecondoResultThreaded();
return;
}
if (!callBack.getTagFromCallBack("GOTTYPE"))
{
setErrorText(callBack.getErrorText());
waitForSecondoResultThreaded();
return;
}
//The element is converted into a binary stream of data
SmiRecordFile recF(false,0);
SmiRecord rec;
SmiRecordId recID;
Cmd_Mutex.acquire();
recF.Open("send");
recF.AppendRecord(recID,rec);
size_t size = 0;
am->SaveObj(algID,typID,rec,size,getWorker() -> getTType(),
(*(getInElements()))[curIdx]);
char* buffer = new char[size];
rec.Read(buffer,size,0);
//rec.Truncate(3);
recF.DeleteRecord(recID);
recF.Close();
Cmd_Mutex.release();
//Size of the binary data is sent
if (!callBack.sendTextToCallBack("SIZE", size))
{
waitForSecondoResultThreaded();
return;
}
#if DS_CMD_WRITE_DEBUG
cout << "Send Size:" << size << endl;
#endif
//The actual data are sent
if (!callBack.Write(buffer,size))
{
waitForSecondoResultThreaded();
return;
}
delete [] buffer ;
Attribute* a;
if(tc->NumOfFLOBs() > 0 )
a = static_cast<Attribute*>((am->Cast(algID,typID))
(((*(getInElements()))[curIdx]).addr));
//Flobs are sent to worker
for(int i = 0; i < tc->NumOfFLOBs(); i++)
{
//send FLOB Tag as info
if (!callBack.sendTagToCallBack("FLOB"))
{
waitForSecondoResultThreaded();
return;
}
Flob* f = a->GetFLOB(i);
//Flob is converted to binary data
SmiSize si = f->getSize();
int n_blocks = si / 1024 + 1;
char* buf = new char[n_blocks*1024];
memset(buf,0,1024*n_blocks);
f->read(buf,si,0);
#if DS_CMD_WRITE_DEBUG
cout << "Send Flob - Size:" << si << endl;
#endif
//Size of the binary data is sent
if (!callBack.sendTextToCallBack("FLOBSIZE", si))
{
waitForSecondoResultThreaded();
return;
}
//Flob data is sent
for(int j = 0; j<n_blocks;j++)
callBack.Write(buf+j*1024,1024);
delete [] buf;
//send FLOB Tag as info
bool noErr = true;
if (!callBack.getTagFromCallBackTF("GOTFLOB", "ERROR", noErr))
{
waitForSecondoResultThreaded();
return;
}
if (!noErr)
{
waitForSecondoResultThreaded();
return;
}
} //
if (!callBack.sendTagToCallBack("CLOSE"))
{
waitForSecondoResultThreaded();
return;
}
if (!callBack.getTagFromCallBack("FINISH"))
{
waitForSecondoResultThreaded();
return;
}
callBack.closeCallBackCommunication();
if (!waitForSecondoResultThreaded())
{
string errMsg;
if (hasCmdError())
errMsg = getCmdErrorText();
else
errMsg = "Could not write data to worker!";
setErrorText(errMsg);
}
} // while(nextIndex())
if (!closeWorkerStreamCommunication())
{
setErrorText("Could not stop communication!");
return;
}
#if DS_CMD_WRITE_DEBUG
cout << "DServerCmdWrite::run DONE" << endl;
#endif
} // run()
int CgidConn::buildSSIExecHeader()
{
static unsigned int s_id = 0;
HttpSession *pSession = getConnector()->getHttpSession();
HttpReq * pReq = pSession->getReq();
const char * pReal;
const AutoStr2 * psChroot;
const char * pChroot;
int ret;
uid_t uid;
gid_t gid;
pReal = pReq->getRealPath()->c_str();
ret = pReq->getUGidChroot( &uid, &gid, &psChroot );
if ( ret )
return ret;
// if ( D_ENABLED( DL_LESS ) )
// LOG_D(( getLogger(),
// "[%s] UID: %d, GID: %d",
// getLogId(), pHeader->m_uid, pHeader->m_gid ));
if ( psChroot )
{
// if ( D_ENABLED( DL_LESS ) )
// LOG_D(( getLogger(),
// "[%s] chroot: %s, real path: %s",
// getLogId(), pChroot->c_str(), pReal ));
pChroot = psChroot->c_str();
ret = psChroot->len();
}
else
{
pChroot = NULL;
ret = 0;
}
char achBuf[4096];
memccpy( achBuf, pReal, 0, 4096 );
char * argv[256];
char ** p;
char * pDir ;
SUExec::buildArgv( achBuf, &pDir, argv, 256 );
if ( pDir )
*(argv[0]-1) = '/';
else
pDir = argv[0];
int priority = ((CgidWorker *)getWorker())->getConfig().getPriority();
m_req.buildReqHeader( uid, gid, priority, pChroot, ret, pDir,
strlen( pDir ),
((CgidWorker *)getWorker())->getConfig().getRLimits() );
p = &argv[1];
while( *p )
{
m_req.appendArgv( *p, strlen( *p ) );
++p;
}
m_req.appendArgv( NULL, 0 );
HttpCgiTool::buildEnv( &m_req, pSession );
m_req.finalize( s_id++, ((CgidWorker *)getWorker())->getConfig().getSecret(),
LSCGID_TYPE_CGI );
return 0;
}
int CgidConn::buildReqHeader()
{
static unsigned int s_id = 0;
HttpSession *pSession = getConnector()->getHttpSession();
HttpReq * pReq = pSession->getReq();
const char * pQueryString = pReq->getQueryString();
const char * pQsEnd = pReq->getQueryString() + pReq->getQueryStringLen();
const char * pReal;
const AutoStr2 * psChroot;
const AutoStr2 * realPath = pReq->getRealPath();
const char * pChroot;
int ret;
uid_t uid;
gid_t gid;
pReal = realPath->c_str();
ret = pReq->getUGidChroot( &uid, &gid, &psChroot );
if ( ret )
return ret;
// if ( D_ENABLED( DL_LESS ) )
// LOG_D(( getLogger(),
// "[%s] UID: %d, GID: %d",
// getLogId(), pHeader->m_uid, pHeader->m_gid ));
if ( psChroot )
{
// if ( D_ENABLED( DL_LESS ) )
// LOG_D(( getLogger(),
// "[%s] chroot: %s, real path: %s",
// getLogId(), pChroot->c_str(), pReal ));
pChroot = psChroot->c_str();
ret = psChroot->len();
}
else
{
pChroot = NULL;
ret = 0;
}
int priority = ((CgidWorker *)getWorker())->getConfig().getPriority();
m_req.buildReqHeader( uid, gid, priority, pChroot, ret, pReal,
pReq->getRealPath()->len(),
((CgidWorker *)getWorker())->getConfig().getRLimits() );
if ( *pQueryString && (memchr( pQueryString, '=',
pQsEnd - pQueryString ) == NULL ))
{
char * pPlus;
do
{
pPlus = (char*)memchr( pQueryString, '+', pQsEnd - pQueryString);
if ( pPlus != pQueryString )
{
int len;
if ( pPlus )
len = pPlus - pQueryString;
else
len = pQsEnd - pQueryString;
m_req.appendArgv( pQueryString, len );
}
if ( pPlus )
pQueryString = pPlus + 1;
}while( pPlus );
}
m_req.appendArgv( NULL, 0 );
HttpCgiTool::buildEnv( &m_req, pSession );
m_req.finalize( s_id++, ((CgidWorker *)getWorker())->getConfig().getSecret(),
LSCGID_TYPE_CGI );
return 0;
}
void receiveMessages ()
{
cleanBuffers ();
do
{
if (! atLeastOneActiveThread ())
{
waitMessage ();
}
int src, tag;
while (probeMessage (src, tag))
{
receiveMessage (src, tag);
initMessage ();
switch (tag)
{
case RUNNER_STOP_TAG:
unpackTerminationOfRunner ();
break;
case SYNCHRONIZE_REQ_TAG:
unpackSynchronRequest ();
break;
case SYNCHRONIZED_TAG:
{
RUNNER_ID runner_id;
unpack (runner_id);
COOP_ID coop_id;
unpack (coop_id);
getCooperative (coop_id) -> notifySynchronized ();
break;
}
case COOP_TAG:
COOP_ID coop_id;
unpack (coop_id);
getCooperative (coop_id) -> unpack ();
getCooperative (coop_id) -> notifyReceiving ();
break;
case SCHED_REQUEST_TAG:
unpackResourceRequest ();
break;
case SCHED_RESULT_TAG:
{
/* Unpacking the resource */
SERVICE_ID serv_id;
unpack (serv_id);
Service * serv = getService (serv_id);
int dest;
unpack (dest);
WORKER_ID worker_id;
unpack (worker_id);
/* Going back ... */
initMessage ();
pack (worker_id);
pack (serv_id);
serv -> packData ();
serv -> notifySendingData ();
sendMessage (dest, TASK_DATA_TAG);
break;
}
case TASK_DATA_TAG:
{
WORKER_ID worker_id;
unpack (worker_id);
Worker * worker = getWorker (worker_id);
worker -> setSource (src);
worker -> unpackData ();
worker -> wakeUp ();
break;
}
case TASK_RESULT_TAG:
{
SERVICE_ID serv_id;
unpack (serv_id);
Service * serv = getService (serv_id);
serv -> unpackResult ();
break;
}
case TASK_DONE_TAG:
unpackTaskDone ();
break;
default:
;
};
}
}
while ( ! atLeastOneActiveThread () && atLeastOneActiveRunner () /*&& ! allResourcesFree ()*/ );
}
WorkflowProcessItem * GTUtilsWorkflowDesigner::addElement(HI::GUITestOpStatus &os, const QString &algName, bool exactMatch) {
addAlgorithm(os, algName, exactMatch);
CHECK_OP(os, NULL);
return getWorker(os, algName);
}