|
|
|
#include <FUShmBuffer.h>
Public Member Functions | |
| pid_t | clientPrcId (unsigned int index) |
| void | discardDqmCell (unsigned int iCell) |
| void | discardOrphanedRecoCell (unsigned int iCell) |
| void | discardRawCell (FUShmRawCell *cell) |
| void | discardRecoCell (unsigned int iCell) |
| FUShmDqmCell * | dqmCell (unsigned int iCell) |
| FUShmDqmCell * | dqmCellToRead () |
| dqm::State_t | dqmState (unsigned int index) |
| unsigned int | evtNumber (unsigned int index) |
| pid_t | evtPrcId (unsigned int index) |
| evt::State_t | evtState (unsigned int index) |
| time_t | evtTimeStamp (unsigned int index) |
| void | finishReadingDqmCell (FUShmDqmCell *cell) |
| void | finishReadingRawCell (FUShmRawCell *cell) |
| void | finishReadingRecoCell (FUShmRecoCell *cell) |
| void | finishWritingRawCell (FUShmRawCell *cell) |
| int | incEvtDiscard (unsigned int index, bool lockShm=true) |
| void | initialize (unsigned int shmid, unsigned int semid) |
| void | lock () |
| int | nbRawCellsToRead () const |
| unsigned int | nbRawCellsToWrite () const |
| unsigned int | nClients () const |
| unsigned int | nDqmCells () const |
| unsigned int | nRawCells () const |
| unsigned int | nRecoCells () const |
| void | printDqmState (unsigned int index) |
| void | printEvtState (unsigned int index) |
| FUShmRawCell * | rawCell (unsigned int iCell) |
| FUShmRawCell * | rawCellToDiscard () |
| FUShmRawCell * | rawCellToRead () |
| FUShmRawCell * | rawCellToWrite () |
| FUShmRecoCell * | recoCell (unsigned int iCell) |
| FUShmRecoCell * | recoCellToRead () |
| void | releaseRawCell (FUShmRawCell *cell) |
| bool | removeClientPrcId (pid_t prcId) |
| void | reset (bool) |
| void | scheduleRawCellForDiscard (unsigned int iCell) |
| void | scheduleRawCellForDiscardServerSide (unsigned int iCell) |
| bool | scheduleRawEmptyCellForDiscard (FUShmRawCell *cell, bool &pidstatus) |
| void | scheduleRawEmptyCellForDiscard () |
| void | scheduleRawEmptyCellForDiscardServerSide (FUShmRawCell *cell) |
| void | sem_print () |
| std::string | sem_print_s () |
| int | semid () const |
| bool | setDqmState (unsigned int index, dqm::State_t state) |
| bool | setEvtDiscard (unsigned int index, unsigned int discard, bool checkValue=false, bool lockShm=true) |
| bool | setEvtPrcId (unsigned int index, pid_t prcId) |
| bool | setEvtState (unsigned int index, evt::State_t state, bool lockShm=true) |
| int | shmid () const |
| void | unlock () |
| void | writeDqmEmptyEvent () |
| bool | writeDqmEventData (unsigned int runNumber, unsigned int evtAtUpdate, unsigned int folderId, unsigned int fuProcessId, unsigned int fuGuid, unsigned char *data, unsigned int dataSize) |
| bool | writeErrorEventData (unsigned int runNumber, unsigned int fuProcessId, unsigned int iRawCell, bool checkValue) |
| void | writeRawEmptyEvent () |
| void | writeRawLumiSectionEvent (unsigned int) |
| void | writeRecoEmptyEvent () |
| bool | writeRecoEventData (unsigned int runNumber, unsigned int evtNumber, unsigned int outModId, unsigned int fuProcessId, unsigned int fuGuid, unsigned char *data, unsigned int dataSize) |
| bool | writeRecoInitMsg (unsigned int outModId, unsigned int fuProcessId, unsigned int fuGuid, unsigned char *data, unsigned int dataSize, unsigned int nExpectedEPs) |
| ~FUShmBuffer () | |
Static Public Member Functions | |
| static FUShmBuffer * | createShmBuffer (bool semgmentationMode, unsigned int nRawCells, unsigned int nRecoCells, unsigned int nDqmCells, unsigned int rawCellSize=0x400000, unsigned int recoCellSize=0x400000, unsigned int dqmCellSize=0x400000) |
| static key_t | getSemKey () |
| static FUShmBuffer * | getShmBuffer () |
| static key_t | getShmDescriptorKey () |
| static key_t | getShmKey () |
| static bool | releaseSharedMemory () |
| static int | sem_create (key_t key, int nsem) |
| static int | sem_destroy (int semid) |
| static int | sem_get (key_t key, int nsem) |
| static void * | shm_attach (int shmid) |
| static int | shm_create (key_t key, int size) |
| static int | shm_destroy (int shmid) |
| static int | shm_get (key_t key, int size) |
| static int | shm_nattch (int shmid) |
| static unsigned int | size (bool segmentationMode, unsigned int nRawCells, unsigned int nRecoCells, unsigned int nDqmCells, unsigned int rawCellSize, unsigned int recoCellSize, unsigned int dqmCellSize) |
Private Member Functions | |
| key_t | dqmCellShmKey (unsigned int iCell) |
| FUShmBuffer (bool segmentationMode, unsigned int nRawCells, unsigned int nRecoCells, unsigned int nDqmCells, unsigned int rawCellSize, unsigned int recoCellSize, unsigned int dqmCellSize) | |
| unsigned int | indexForEvtNumber (unsigned int evtNumber) |
| unsigned int | indexForEvtPrcId (pid_t evtNumber) |
| unsigned int | nextDqmReadIndex () |
| unsigned int | nextDqmWriteIndex () |
| unsigned int | nextIndex (unsigned int offset, unsigned int nCells, unsigned int &iNext) |
| unsigned int | nextRawReadIndex () |
| unsigned int | nextRawWriteIndex () |
| unsigned int | nextRecoReadIndex () |
| unsigned int | nextRecoWriteIndex () |
| void | postDqmIndexToRead (unsigned int index) |
| void | postDqmIndexToWrite (unsigned int index) |
| void | postDqmRead () |
| void | postDqmWrite () |
| void | postIndex (unsigned int index, unsigned int offset, unsigned int nCells, unsigned int &iLast) |
| void | postRawDiscard () |
| void | postRawDiscarded () |
| void | postRawIndexToRead (unsigned int index) |
| void | postRawIndexToWrite (unsigned int index) |
| void | postRawRead () |
| void | postRawWrite () |
| void | postRecoIndexToRead (unsigned int index) |
| void | postRecoIndexToWrite (unsigned int index) |
| void | postRecoRead () |
| void | postRecoWrite () |
| bool | rawCellReadyForDiscard (unsigned int index) |
| key_t | rawCellShmKey (unsigned int iCell) |
| key_t | recoCellShmKey (unsigned int iCell) |
| void | sem_init (int isem, int value) |
| void | sem_post (int isem) |
| int | sem_wait (int isem) |
| bool | setClientPrcId (pid_t prcId) |
| bool | setEvtNumber (unsigned int index, unsigned int evtNumber) |
| bool | setEvtTimeStamp (unsigned int index, time_t timeStamp) |
| key_t | shmKey (unsigned int iCell, unsigned int offset) |
| void | waitDqmRead () |
| void | waitDqmWrite () |
| void | waitRawDiscard () |
| void | waitRawDiscarded () |
| void | waitRawRead () |
| int | waitRawWrite () |
| void | waitRecoRead () |
| void | waitRecoWrite () |
Private Attributes | |
| unsigned int | clientPrcIdOffset_ |
| unsigned int | dqmCellOffset_ |
| unsigned int | dqmCellPayloadSize_ |
| unsigned int | dqmCellTotalSize_ |
| unsigned int | dqmReadIndex_ |
| unsigned int | dqmReadLast_ |
| unsigned int | dqmReadNext_ |
| unsigned int | dqmReadOffset_ |
| unsigned int | dqmStateOffset_ |
| unsigned int | dqmWriteIndex_ |
| unsigned int | dqmWriteLast_ |
| unsigned int | dqmWriteNext_ |
| unsigned int | dqmWriteOffset_ |
| unsigned int | evtDiscardOffset_ |
| unsigned int | evtNumberOffset_ |
| unsigned int | evtPrcIdOffset_ |
| unsigned int | evtStateOffset_ |
| unsigned int | evtTimeStampOffset_ |
| unsigned int | nClients_ |
| unsigned int | nClientsMax_ |
| unsigned int | nDqmCells_ |
| unsigned int | nRawCells_ |
| unsigned int | nRecoCells_ |
| unsigned int | rawCellOffset_ |
| unsigned int | rawCellPayloadSize_ |
| unsigned int | rawCellTotalSize_ |
| unsigned int | rawDiscardIndex_ |
| unsigned int | rawReadLast_ |
| unsigned int | rawReadNext_ |
| unsigned int | rawReadOffset_ |
| unsigned int | rawWriteLast_ |
| unsigned int | rawWriteNext_ |
| unsigned int | rawWriteOffset_ |
| unsigned int | recoCellOffset_ |
| unsigned int | recoCellPayloadSize_ |
| unsigned int | recoCellTotalSize_ |
| unsigned int | recoReadIndex_ |
| unsigned int | recoReadLast_ |
| unsigned int | recoReadNext_ |
| unsigned int | recoReadOffset_ |
| unsigned int | recoWriteIndex_ |
| unsigned int | recoWriteLast_ |
| unsigned int | recoWriteNext_ |
| unsigned int | recoWriteOffset_ |
| bool | segmentationMode_ |
| int | semid_ |
| int | shmid_ |
Static Private Attributes | |
| static const char * | semKeyPath_ |
| static const char * | shmKeyPath_ |
Definition at line 41 of file FUShmBuffer.h.
| FUShmBuffer::FUShmBuffer | ( | bool | segmentationMode, |
| unsigned int | nRawCells, | ||
| unsigned int | nRecoCells, | ||
| unsigned int | nDqmCells, | ||
| unsigned int | rawCellSize, | ||
| unsigned int | recoCellSize, | ||
| unsigned int | dqmCellSize | ||
| ) | [private] |
Definition at line 53 of file FUShmBuffer.cc.
References clientPrcIdOffset_, dqmCellOffset_, dqmCellPayloadSize_, dqmCellTotalSize_, dqmReadOffset_, dqmStateOffset_, dqmWriteOffset_, evtDiscardOffset_, evtNumberOffset_, evtPrcIdOffset_, evtStateOffset_, evtTimeStampOffset_, i, nClientsMax_, nDqmCells_, nRawCells_, nRecoCells_, rawCellOffset_, rawCellPayloadSize_, rawCellTotalSize_, rawReadOffset_, rawWriteOffset_, recoCellOffset_, recoCellPayloadSize_, recoCellTotalSize_, recoReadOffset_, recoWriteOffset_, segmentationMode_, and size().
Referenced by createShmBuffer(), getShmBuffer(), releaseSharedMemory(), and size().
:
segmentationMode_(segmentationMode), nClientsMax_(128),
nRawCells_(nRawCells), rawCellPayloadSize_(rawCellSize),
nRecoCells_(nRecoCells), recoCellPayloadSize_(recoCellSize),
nDqmCells_(nDqmCells), dqmCellPayloadSize_(dqmCellSize) {
rawCellTotalSize_ = FUShmRawCell::size(rawCellPayloadSize_);
recoCellTotalSize_ = FUShmRecoCell::size(recoCellPayloadSize_);
dqmCellTotalSize_ = FUShmDqmCell::size(dqmCellPayloadSize_);
void* addr;
rawWriteOffset_ = sizeof(FUShmBuffer);
addr = (void*) ((unsigned long) this + rawWriteOffset_);
new (addr) unsigned int[nRawCells_];
rawReadOffset_ = rawWriteOffset_ + nRawCells_ * sizeof(unsigned int);
addr = (void*) ((unsigned long) this + rawReadOffset_);
new (addr) unsigned int[nRawCells_];
recoWriteOffset_ = rawReadOffset_ + nRawCells_ * sizeof(unsigned int);
addr = (void*) ((unsigned long) this + recoWriteOffset_);
new (addr) unsigned int[nRecoCells_];
recoReadOffset_ = recoWriteOffset_ + nRecoCells_ * sizeof(unsigned int);
addr = (void*) ((unsigned long) this + recoReadOffset_);
new (addr) unsigned int[nRecoCells_];
dqmWriteOffset_ = recoReadOffset_ + nRecoCells_ * sizeof(unsigned int);
addr = (void*) ((unsigned long) this + dqmWriteOffset_);
new (addr) unsigned int[nDqmCells_];
dqmReadOffset_ = dqmWriteOffset_ + nDqmCells_ * sizeof(unsigned int);
addr = (void*) ((unsigned long) this + dqmReadOffset_);
new (addr) unsigned int[nDqmCells_];
evtStateOffset_ = dqmReadOffset_ + nDqmCells_ * sizeof(unsigned int);
addr = (void*) ((unsigned long) this + evtStateOffset_);
new (addr) evt::State_t[nRawCells_];
evtDiscardOffset_ = evtStateOffset_ + nRawCells_ * sizeof(evt::State_t);
addr = (void*) ((unsigned long) this + evtDiscardOffset_);
new (addr) unsigned int[nRawCells_];
evtNumberOffset_ = evtDiscardOffset_ + nRawCells_ * sizeof(unsigned int);
addr = (void*) ((unsigned long) this + evtNumberOffset_);
new (addr) unsigned int[nRawCells_];
evtPrcIdOffset_ = evtNumberOffset_ + nRawCells_ * sizeof(unsigned int);
addr = (void*) ((unsigned long) this + evtPrcIdOffset_);
new (addr) pid_t[nRawCells_];
evtTimeStampOffset_ = evtPrcIdOffset_ + nRawCells_ * sizeof(pid_t);
addr = (void*) ((unsigned long) this + evtTimeStampOffset_);
new (addr) time_t[nRawCells_];
dqmStateOffset_ = evtTimeStampOffset_ + nRawCells_ * sizeof(time_t);
addr = (void*) ((unsigned long) this + dqmStateOffset_);
new (addr) dqm::State_t[nDqmCells_];
clientPrcIdOffset_ = dqmStateOffset_ + nDqmCells_ * sizeof(dqm::State_t);
addr = (void*) ((unsigned long) this + clientPrcIdOffset_);
new (addr) pid_t[nClientsMax_];
rawCellOffset_ = clientPrcIdOffset_ + nClientsMax_ * sizeof(pid_t);
if (segmentationMode_) {
recoCellOffset_ = rawCellOffset_ + nRawCells_ * sizeof(key_t);
dqmCellOffset_ = recoCellOffset_ + nRecoCells_ * sizeof(key_t);
addr = (void*) ((unsigned long) this + rawCellOffset_);
new (addr) key_t[nRawCells_];
addr = (void*) ((unsigned long) this + recoCellOffset_);
new (addr) key_t[nRecoCells_];
addr = (void*) ((unsigned long) this + dqmCellOffset_);
new (addr) key_t[nDqmCells_];
} else {
recoCellOffset_ = rawCellOffset_ + nRawCells_ * rawCellTotalSize_;
dqmCellOffset_ = recoCellOffset_ + nRecoCells_ * recoCellTotalSize_;
for (unsigned int i = 0; i < nRawCells_; i++) {
addr = (void*) ((unsigned long) this + rawCellOffset_ + i
* rawCellTotalSize_);
new (addr) FUShmRawCell(rawCellSize);
}
for (unsigned int i = 0; i < nRecoCells_; i++) {
addr = (void*) ((unsigned long) this + recoCellOffset_ + i
* recoCellTotalSize_);
new (addr) FUShmRecoCell(recoCellSize);
}
for (unsigned int i = 0; i < nDqmCells_; i++) {
addr = (void*) ((unsigned long) this + dqmCellOffset_ + i
* dqmCellTotalSize_);
new (addr) FUShmDqmCell(dqmCellSize);
}
}
}
| FUShmBuffer::~FUShmBuffer | ( | ) |
Definition at line 152 of file FUShmBuffer.cc.
{
}
| pid_t FUShmBuffer::clientPrcId | ( | unsigned int | index | ) |
Definition at line 1444 of file FUShmBuffer.cc.
References clientPrcIdOffset_, getHLTprescales::index, and nClientsMax_.
{
if (!(index < nClientsMax_)) {
stringstream details;
details << "index<nClientsMax_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
pid_t *prcid = (pid_t*) ((unsigned long) this + clientPrcIdOffset_);
prcid += index;
return *prcid;
}
| FUShmBuffer * FUShmBuffer::createShmBuffer | ( | bool | semgmentationMode, |
| unsigned int | nRawCells, | ||
| unsigned int | nRecoCells, | ||
| unsigned int | nDqmCells, | ||
| unsigned int | rawCellSize = 0x400000, |
||
| unsigned int | recoCellSize = 0x400000, |
||
| unsigned int | dqmCellSize = 0x400000 |
||
| ) | [static] |
Definition at line 917 of file FUShmBuffer.cc.
References gather_cfg::cout, FUShmBuffer(), getSemKey(), getShmDescriptorKey(), getShmKey(), initialize(), nDqmCells(), nRawCells(), nRecoCells(), AlCaHLTBitMon_ParallelJobs::p, releaseSharedMemory(), sem_create(), semid(), shm_attach(), shm_create(), shm_nattch(), shmid(), and size().
Referenced by evf::FUResourceTable::initialize().
{
// if necessary, release shared memory first!
if (FUShmBuffer::releaseSharedMemory())
cout << "FUShmBuffer::createShmBuffer: "
<< "REMOVAL OF OLD SHARED MEM SEGMENTS SUCCESSFULL." << endl;
// create bookkeeping shared memory segment
int size = sizeof(unsigned int) * 7;
int shmid = shm_create(FUShmBuffer::getShmDescriptorKey(), size);
if (shmid < 0)
return 0;
void*shmAddr = shm_attach(shmid);
if (0 == shmAddr)
return 0;
if (1 != shm_nattch(shmid)) {
cout << "FUShmBuffer::createShmBuffer() FAILED: nattch=" << shm_nattch(
shmid) << endl;
shmdt(shmAddr);
return 0;
}
unsigned int* p = (unsigned int*) shmAddr;
*p++ = segmentationMode;
*p++ = nRawCells;
*p++ = nRecoCells;
*p++ = nDqmCells;
*p++ = rawCellSize;
*p++ = recoCellSize;
*p++ = dqmCellSize;
shmdt(shmAddr);
// create the 'real' shared memory buffer
size = FUShmBuffer::size(segmentationMode, nRawCells, nRecoCells,
nDqmCells, rawCellSize, recoCellSize, dqmCellSize);
shmid = shm_create(FUShmBuffer::getShmKey(), size);
if (shmid < 0)
return 0;
int semid = sem_create(FUShmBuffer::getSemKey(), 9);
if (semid < 0)
return 0;
shmAddr = shm_attach(shmid);
if (0 == shmAddr)
return 0;
if (1 != shm_nattch(shmid)) {
cout << "FUShmBuffer::createShmBuffer FAILED: nattch=" << shm_nattch(
shmid) << endl;
shmdt(shmAddr);
return 0;
}
FUShmBuffer* buffer = new (shmAddr) FUShmBuffer(segmentationMode,
nRawCells, nRecoCells, nDqmCells, rawCellSize, recoCellSize,
dqmCellSize);
cout << "FUShmBuffer::createShmBuffer(): CREATED shared memory buffer."
<< endl;
cout << " segmentationMode="
<< segmentationMode << endl;
buffer->initialize(shmid, semid);
return buffer;
}
| void FUShmBuffer::discardDqmCell | ( | unsigned int | iCell | ) |
Definition at line 527 of file FUShmBuffer.cc.
References evf::FUShmDqmCell::clear(), evf::dqm::DISCARDING, dqmCell(), dqmState(), evf::dqm::EMPTY, postDqmIndexToWrite(), postDqmWrite(), segmentationMode_, evf::dqm::SENT, and setDqmState().
{
dqm::State_t state = dqmState(iCell);
if(!(state == dqm::EMPTY || state == dqm::SENT)) {
stringstream details;
details << "state==dqm::EMPTY||state==dqm::SENT assertion failed! Actual state is "
<< state << ", iCell = " << iCell;
XCEPT_ASSERT(false, evf::Exception,details.str());
}
setDqmState(iCell, dqm::DISCARDING);
FUShmDqmCell* cell = dqmCell(iCell);
cell->clear();
if (segmentationMode_)
shmdt(cell);
setDqmState(iCell, dqm::EMPTY);
postDqmIndexToWrite(iCell);
postDqmWrite();
}
| void FUShmBuffer::discardOrphanedRecoCell | ( | unsigned int | iCell | ) |
Definition at line 517 of file FUShmBuffer.cc.
References evf::FUShmRecoCell::clear(), postRecoIndexToWrite(), postRecoWrite(), recoCell(), and segmentationMode_.
{
FUShmRecoCell* cell = recoCell(iCell);
cell->clear();
if (segmentationMode_)
shmdt(cell);
postRecoIndexToWrite(iCell);
postRecoWrite();
}
| void FUShmBuffer::discardRawCell | ( | FUShmRawCell * | cell | ) |
Definition at line 495 of file FUShmBuffer.cc.
References postRawDiscard(), and releaseRawCell().
Referenced by evf::FUShmClient::readNext().
{
releaseRawCell(cell);
postRawDiscard();
}
| void FUShmBuffer::discardRecoCell | ( | unsigned int | iCell | ) |
Definition at line 501 of file FUShmBuffer.cc.
References evf::FUShmRecoCell::clear(), nRawCells_, postRecoIndexToWrite(), postRecoWrite(), evf::FUShmRecoCell::rawCellIndex(), recoCell(), scheduleRawCellForDiscard(), and segmentationMode_.
{
FUShmRecoCell* cell = recoCell(iCell);
unsigned int iRawCell = cell->rawCellIndex();
if (iRawCell < nRawCells_) {
//evt::State_t state=evtState(iRawCell);
//XCEPT_ASSERT(state==evt::SENT, evf::Exception, "state==evt::SENT assertion failed!");
scheduleRawCellForDiscard(iRawCell);
}
cell->clear();
if (segmentationMode_)
shmdt(cell);
postRecoIndexToWrite(iCell);
postRecoWrite();
}
| FUShmDqmCell * FUShmBuffer::dqmCell | ( | unsigned int | iCell | ) |
Definition at line 1678 of file FUShmBuffer.cc.
References gather_cfg::cout, dqmCellOffset_, dqmCellPayloadSize_, dqmCellShmKey(), dqmCellTotalSize_, nDqmCells_, query::result, segmentationMode_, shm_attach(), shm_get(), and shmid().
Referenced by discardDqmCell(), dqmCellToRead(), reset(), writeDqmEmptyEvent(), and writeDqmEventData().
{
FUShmDqmCell* result(0);
if (iCell >= nDqmCells_) {
cout << "FUShmBuffer::dqmCell(" << iCell << ") ERROR: " << "iCell="
<< iCell << " >= nDqmCells=" << nDqmCells_ << endl;
return result;
}
if (segmentationMode_) {
key_t shmkey = dqmCellShmKey(iCell);
int shmid = shm_get(shmkey, dqmCellTotalSize_);
void* cellAddr = shm_attach(shmid);
result = new (cellAddr) FUShmDqmCell(dqmCellPayloadSize_);
} else {
result = (FUShmDqmCell*) ((unsigned long) this + dqmCellOffset_ + iCell
* dqmCellTotalSize_);
}
return result;
}
| key_t FUShmBuffer::dqmCellShmKey | ( | unsigned int | iCell | ) | [private] |
Definition at line 1758 of file FUShmBuffer.cc.
References gather_cfg::cout, dqmCellOffset_, nDqmCells_, and shmKey().
Referenced by dqmCell(), and releaseSharedMemory().
{
if (iCell >= nDqmCells_) {
cout << "FUShmBuffer::dqmCellShmKey() ERROR: " << "iCell>=nDqmCells: "
<< iCell << ">=" << nDqmCells_ << endl;
return -1;
}
return shmKey(iCell, dqmCellOffset_);
}
| FUShmDqmCell * FUShmBuffer::dqmCellToRead | ( | ) |
Definition at line 354 of file FUShmBuffer.cc.
References dqmCell(), dqmState(), evf::dqm::EMPTY, nextDqmReadIndex(), evf::dqm::SENDING, setDqmState(), waitDqmRead(), and evf::dqm::WRITTEN.
{
waitDqmRead();
unsigned int iCell = nextDqmReadIndex();
FUShmDqmCell* cell = dqmCell(iCell);
dqm::State_t state = dqmState(iCell);
if(!(state == dqm::WRITTEN || state == dqm::EMPTY)) {
stringstream details;
details << "state==dqm::WRITTEN || state==dqm::EMPTY assertion failed! Actual state is "
<< state << ", iCell = " << iCell;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
if (state == dqm::WRITTEN)
setDqmState(iCell, dqm::SENDING);
return cell;
}
| dqm::State_t FUShmBuffer::dqmState | ( | unsigned int | index | ) |
Definition at line 1394 of file FUShmBuffer.cc.
References dqmStateOffset_, getHLTprescales::index, and nDqmCells_.
Referenced by discardDqmCell(), dqmCellToRead(), finishReadingDqmCell(), printDqmState(), and writeDqmEventData().
{
if (!(index < nDqmCells_)) {
stringstream details;
details << "index<nDqmCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
dqm::State_t *pstate = (dqm::State_t*) ((unsigned long) this
+ dqmStateOffset_);
pstate += index;
return *pstate;
}
| unsigned int FUShmBuffer::evtNumber | ( | unsigned int | index | ) |
Definition at line 1407 of file FUShmBuffer.cc.
References evtNumberOffset_, getHLTprescales::index, and nRawCells_.
Referenced by indexForEvtNumber(), and setEvtNumber().
{
if (!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
unsigned int *pevt = (unsigned int*) ((unsigned long) this
+ evtNumberOffset_);
pevt += index;
return *pevt;
}
| pid_t FUShmBuffer::evtPrcId | ( | unsigned int | index | ) |
Definition at line 1420 of file FUShmBuffer.cc.
References evtPrcIdOffset_, getHLTprescales::index, and nRawCells_.
{
if (!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
pid_t *prcid = (pid_t*) ((unsigned long) this + evtPrcIdOffset_);
prcid += index;
return *prcid;
}
| evt::State_t FUShmBuffer::evtState | ( | unsigned int | index | ) |
Definition at line 1381 of file FUShmBuffer.cc.
References evtStateOffset_, getHLTprescales::index, and nRawCells_.
Referenced by FUShmReader::fillRawData(), finishReadingRawCell(), finishWritingRawCell(), printEvtState(), rawCellToDiscard(), rawCellToRead(), rawCellToWrite(), releaseRawCell(), scheduleRawCellForDiscard(), scheduleRawCellForDiscardServerSide(), writeRawEmptyEvent(), and writeRawLumiSectionEvent().
{
if (!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
evt::State_t *pstate = (evt::State_t*) ((unsigned long) this
+ evtStateOffset_);
pstate += index;
return *pstate;
}
| time_t FUShmBuffer::evtTimeStamp | ( | unsigned int | index | ) |
Definition at line 1432 of file FUShmBuffer.cc.
References evtTimeStampOffset_, getHLTprescales::index, and nRawCells_.
{
if (!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
time_t *ptstmp = (time_t*) ((unsigned long) this + evtTimeStampOffset_);
ptstmp += index;
return *ptstmp;
}
| void FUShmBuffer::finishReadingDqmCell | ( | FUShmDqmCell * | cell | ) |
Definition at line 438 of file FUShmBuffer.cc.
References dqmState(), evf::dqm::EMPTY, evf::FUShmDqmCell::index(), segmentationMode_, evf::dqm::SENDING, evf::evt::SENT, and setDqmState().
{
dqm::State_t state = dqmState(cell->index());
if(!(state == dqm::SENDING || state == dqm::EMPTY)) {
stringstream details;
details << "state==dqm::SENDING||state==dqm::EMPTY assertion failed! Actual state is "
<< state << ", index = " << cell->index();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
if (state == dqm::SENDING)
setDqmState(cell->index(), dqm::SENT);
if (segmentationMode_)
shmdt(cell);
}
| void FUShmBuffer::finishReadingRawCell | ( | FUShmRawCell * | cell | ) |
Definition at line 410 of file FUShmBuffer.cc.
References evtState(), evf::FUShmRawCell::index(), evf::evt::PROCESSING, evf::evt::RAWREAD, evf::evt::RAWREADING, segmentationMode_, setEvtState(), setEvtTimeStamp(), and cond::rpcobgas::time.
Referenced by FUShmReader::fillRawData(), and evf::FUShmClient::readNext().
{
evt::State_t state = evtState(cell->index());
if(!(state == evt::RAWREADING)) {
stringstream details;
details << "state==evt::RAWREADING assertion failed! Actual state is "
<< state << ", index = " << cell->index();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
setEvtState(cell->index(), evt::RAWREAD);
setEvtState(cell->index(), evt::PROCESSING);
setEvtTimeStamp(cell->index(), time(0));
if (segmentationMode_)
shmdt(cell);
}
| void FUShmBuffer::finishReadingRecoCell | ( | FUShmRecoCell * | cell | ) |
Definition at line 426 of file FUShmBuffer.cc.
References nRawCells_, evf::FUShmRecoCell::rawCellIndex(), segmentationMode_, evf::evt::SENT, and setEvtState().
{
unsigned int iRawCell = cell->rawCellIndex();
if (iRawCell < nRawCells_) {
//evt::State_t state=evtState(cell->rawCellIndex());
//XCEPT_ASSERT(state==evt::SENDING, evf::Exception, "state==evt::SENDING assertion failed!");
setEvtState(cell->rawCellIndex(), evt::SENT);
}
if (segmentationMode_)
shmdt(cell);
}
| void FUShmBuffer::finishWritingRawCell | ( | FUShmRawCell * | cell | ) |
Definition at line 393 of file FUShmBuffer.cc.
References evf::FUShmRawCell::evtNumber(), evtState(), evf::FUShmRawCell::index(), postRawIndexToRead(), postRawRead(), evf::evt::RAWWRITING, evf::evt::RAWWRITTEN, segmentationMode_, setEvtNumber(), and setEvtState().
Referenced by evf::FUShmServer::writeNext().
{
evt::State_t state = evtState(cell->index());
if(!(state == evt::RAWWRITING)) {
stringstream details;
details << "state==evt::RAWWRITING assertion failed! Actual state is "
<< state << ", index = " << cell->index();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
setEvtState(cell->index(), evt::RAWWRITTEN);
setEvtNumber(cell->index(), cell->evtNumber());
postRawIndexToRead(cell->index());
if (segmentationMode_)
shmdt(cell);
postRawRead();
}
| key_t FUShmBuffer::getSemKey | ( | ) | [static] |
Definition at line 1169 of file FUShmBuffer.cc.
References gather_cfg::cout, query::result, SEM_KEYID, and semKeyPath_.
Referenced by createShmBuffer(), getShmBuffer(), and releaseSharedMemory().
{
key_t result = getuid() * 1000 + SEM_KEYID;
if (result == (key_t) -1)
cout << "FUShmBuffer::getSemKey: ftok() failed " << "for file "
<< semKeyPath_ << "!" << endl;
return result;
}
| FUShmBuffer * FUShmBuffer::getShmBuffer | ( | ) | [static] |
Definition at line 986 of file FUShmBuffer.cc.
References gather_cfg::cout, FUShmBuffer(), getSemKey(), getShmDescriptorKey(), getShmKey(), nDqmCells(), nRawCells(), nRecoCells(), AlCaHLTBitMon_ParallelJobs::p, sem_get(), semid(), setClientPrcId(), shm_attach(), shm_get(), shm_nattch(), shmid(), and size().
Referenced by FUShmDQMOutputService::attachToShm().
{
// get bookkeeping shared memory segment
int size = sizeof(unsigned int) * 7;
int shmid = shm_get(FUShmBuffer::getShmDescriptorKey(), size);
if (shmid < 0)
return 0;
void* shmAddr = shm_attach(shmid);
if (0 == shmAddr)
return 0;
unsigned int *p = (unsigned int*) shmAddr;
bool segmentationMode = *p++;
unsigned int nRawCells = *p++;
unsigned int nRecoCells = *p++;
unsigned int nDqmCells = *p++;
unsigned int rawCellSize = *p++;
unsigned int recoCellSize = *p++;
unsigned int dqmCellSize = *p++;
shmdt(shmAddr);
cout << "FUShmBuffer::getShmBuffer():" << " segmentationMode="
<< segmentationMode << " nRawCells=" << nRawCells << " nRecoCells="
<< nRecoCells << " nDqmCells=" << nDqmCells << " rawCellSize="
<< rawCellSize << " recoCellSize=" << recoCellSize
<< " dqmCellSize=" << dqmCellSize << endl;
// get the 'real' shared memory buffer
size = FUShmBuffer::size(segmentationMode, nRawCells, nRecoCells,
nDqmCells, rawCellSize, recoCellSize, dqmCellSize);
shmid = shm_get(FUShmBuffer::getShmKey(), size);
if (shmid < 0)
return 0;
int semid = sem_get(FUShmBuffer::getSemKey(), 9);
if (semid < 0)
return 0;
shmAddr = shm_attach(shmid);
if (0 == shmAddr)
return 0;
if (0 == shm_nattch(shmid)) {
cout << "FUShmBuffer::getShmBuffer() FAILED: nattch=" << shm_nattch(
shmid) << endl;
return 0;
}
FUShmBuffer* buffer = new (shmAddr) FUShmBuffer(segmentationMode,
nRawCells, nRecoCells, nDqmCells, rawCellSize, recoCellSize,
dqmCellSize);
cout << "FUShmBuffer::getShmBuffer(): shared memory buffer RETRIEVED. PID:" << getpid()
<< endl;
cout << " segmentationMode="
<< segmentationMode << endl;
buffer->setClientPrcId(getpid());
return buffer;
}
| key_t FUShmBuffer::getShmDescriptorKey | ( | ) | [static] |
Definition at line 1151 of file FUShmBuffer.cc.
References gather_cfg::cout, query::result, SHM_DESCRIPTOR_KEYID, and shmKeyPath_.
Referenced by createShmBuffer(), getShmBuffer(), and releaseSharedMemory().
{
key_t result = getuid() * 1000 + SHM_DESCRIPTOR_KEYID;
if (result == (key_t) -1)
cout << "FUShmBuffer::getShmDescriptorKey: failed " << "for file "
<< shmKeyPath_ << "!" << endl;
return result;
}
| key_t FUShmBuffer::getShmKey | ( | ) | [static] |
Definition at line 1160 of file FUShmBuffer.cc.
References gather_cfg::cout, query::result, SHM_KEYID, and shmKeyPath_.
Referenced by createShmBuffer(), getShmBuffer(), and releaseSharedMemory().
{
key_t result = getuid() * 1000 + SHM_KEYID;
if (result == (key_t) -1)
cout << "FUShmBuffer::getShmKey: ftok() failed " << "for file "
<< shmKeyPath_ << "!" << endl;
return result;
}
| int FUShmBuffer::incEvtDiscard | ( | unsigned int | index, |
| bool | lockShm = true |
||
| ) |
Definition at line 1512 of file FUShmBuffer.cc.
References evtDiscardOffset_, getHLTprescales::index, lock(), nRawCells_, query::result, and unlock().
Referenced by writeRecoEventData().
{
int result = 0;
if(!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
//unlock here as it will skip external unlock
if (!lockShm) unlock();
XCEPT_ASSERT(false,evf::Exception,details.str());
}
unsigned int *pcount = (unsigned int*) ((unsigned long) this
+ evtDiscardOffset_);
pcount += index;
if (lockShm) lock();
(*pcount)++;
result = *pcount;
if (lockShm) unlock();
return result;
}
| unsigned int FUShmBuffer::indexForEvtNumber | ( | unsigned int | evtNumber | ) | [private] |
Definition at line 1358 of file FUShmBuffer.cc.
References evtNumber(), evtNumberOffset_, i, and nRawCells_.
Referenced by writeRecoEventData().
{
unsigned int *pevt = (unsigned int*) ((unsigned long) this
+ evtNumberOffset_);
for (unsigned int i = 0; i < nRawCells_; i++) {
if ((*pevt++) == evtNumber)
return i;
}
XCEPT_ASSERT(false, evf::Exception, "This point should not be reached!");
return 0xffffffff;
}
| unsigned int FUShmBuffer::indexForEvtPrcId | ( | pid_t | evtNumber | ) | [private] |
Definition at line 1370 of file FUShmBuffer.cc.
References evtPrcIdOffset_, i, and nRawCells_.
{
pid_t *pevt = (pid_t*) ((unsigned long) this + evtPrcIdOffset_);
for (unsigned int i = 0; i < nRawCells_; i++) {
if ((*pevt++) == prcid)
return i;
}
XCEPT_ASSERT(false, evf::Exception, "This point should not be reached!");
return 0xffffffff;
}
| void FUShmBuffer::initialize | ( | unsigned int | shmid, |
| unsigned int | semid | ||
| ) |
Definition at line 162 of file FUShmBuffer.cc.
References dqmCellOffset_, dqmCellPayloadSize_, dqmCellTotalSize_, i, nDqmCells_, nRawCells_, nRecoCells_, rawCellOffset_, rawCellPayloadSize_, rawCellTotalSize_, recoCellOffset_, recoCellPayloadSize_, recoCellTotalSize_, reset(), segmentationMode_, semid(), semid_, shm_attach(), shm_create(), shmid(), shmid_, and shmKeyPath_.
Referenced by createShmBuffer().
{
shmid_ = shmid;
semid_ = semid;
if (segmentationMode_) {
int shmKeyId = 666;
key_t* keyAddr = (key_t*) ((unsigned long) this + rawCellOffset_);
for (unsigned int i = 0; i < nRawCells_; i++) {
*keyAddr = ftok(shmKeyPath_, shmKeyId++);
int shmid = shm_create(*keyAddr, rawCellTotalSize_);
void* shmAddr = shm_attach(shmid);
new (shmAddr) FUShmRawCell(rawCellPayloadSize_);
shmdt(shmAddr);
++keyAddr;
}
keyAddr = (key_t*) ((unsigned long) this + recoCellOffset_);
for (unsigned int i = 0; i < nRecoCells_; i++) {
*keyAddr = ftok(shmKeyPath_, shmKeyId++);
int shmid = shm_create(*keyAddr, recoCellTotalSize_);
void* shmAddr = shm_attach(shmid);
new (shmAddr) FUShmRecoCell(recoCellPayloadSize_);
shmdt(shmAddr);
++keyAddr;
}
keyAddr = (key_t*) ((unsigned long) this + dqmCellOffset_);
for (unsigned int i = 0; i < nDqmCells_; i++) {
*keyAddr = ftok(shmKeyPath_, shmKeyId++);
int shmid = shm_create(*keyAddr, dqmCellTotalSize_);
void* shmAddr = shm_attach(shmid);
new (shmAddr) FUShmDqmCell(dqmCellPayloadSize_);
shmdt(shmAddr);
++keyAddr;
}
}
reset(true);
}
| void evf::FUShmBuffer::lock | ( | void | ) | [inline] |
Definition at line 249 of file FUShmBuffer.h.
References sem_wait().
Referenced by incEvtDiscard(), nextIndex(), postIndex(), rawCellReadyForDiscard(), rawCellToWrite(), removeClientPrcId(), setClientPrcId(), setDqmState(), setEvtDiscard(), setEvtNumber(), setEvtPrcId(), setEvtState(), setEvtTimeStamp(), writeErrorEventData(), and writeRecoEventData().
{ sem_wait(0); }
| int FUShmBuffer::nbRawCellsToRead | ( | ) | const |
Definition at line 293 of file FUShmBuffer.cc.
References semid().
{
return semctl(semid(), 2, GETVAL);
}
| unsigned int FUShmBuffer::nbRawCellsToWrite | ( | ) | const |
Definition at line 288 of file FUShmBuffer.cc.
References semid().
{
return semctl(semid(), 1, GETVAL);
}
| unsigned int evf::FUShmBuffer::nClients | ( | ) | const [inline] |
| unsigned int evf::FUShmBuffer::nDqmCells | ( | ) | const [inline] |
Definition at line 67 of file FUShmBuffer.h.
References nDqmCells_.
Referenced by createShmBuffer(), getShmBuffer(), releaseSharedMemory(), and size().
{ return nDqmCells_; }
| unsigned int FUShmBuffer::nextDqmReadIndex | ( | ) | [private] |
Definition at line 1343 of file FUShmBuffer.cc.
References dqmReadNext_, dqmReadOffset_, nDqmCells_, and nextIndex().
Referenced by dqmCellToRead().
{
return nextIndex(dqmReadOffset_, nDqmCells_, dqmReadNext_);
}
| unsigned int FUShmBuffer::nextDqmWriteIndex | ( | ) | [private] |
Definition at line 1338 of file FUShmBuffer.cc.
References dqmWriteNext_, dqmWriteOffset_, nDqmCells_, and nextIndex().
Referenced by writeDqmEmptyEvent(), and writeDqmEventData().
{
return nextIndex(dqmWriteOffset_, nDqmCells_, dqmWriteNext_);
}
| unsigned int FUShmBuffer::nextIndex | ( | unsigned int | offset, |
| unsigned int | nCells, | ||
| unsigned int & | iNext | ||
| ) | [private] |
Definition at line 1275 of file FUShmBuffer.cc.
References lock(), evf::evtn::offset(), query::result, and unlock().
Referenced by nextDqmReadIndex(), nextDqmWriteIndex(), nextRawReadIndex(), nextRawWriteIndex(), nextRecoReadIndex(), and nextRecoWriteIndex().
| unsigned int FUShmBuffer::nextRawReadIndex | ( | ) | [private] |
Definition at line 1303 of file FUShmBuffer.cc.
References nextIndex(), nRawCells_, rawReadNext_, and rawReadOffset_.
Referenced by rawCellToRead().
{
return nextIndex(rawReadOffset_, nRawCells_, rawReadNext_);
}
| unsigned int FUShmBuffer::nextRawWriteIndex | ( | ) | [private] |
Definition at line 1298 of file FUShmBuffer.cc.
References nextIndex(), nRawCells_, rawWriteNext_, and rawWriteOffset_.
Referenced by rawCellToWrite().
{
return nextIndex(rawWriteOffset_, nRawCells_, rawWriteNext_);
}
| unsigned int FUShmBuffer::nextRecoReadIndex | ( | ) | [private] |
Definition at line 1323 of file FUShmBuffer.cc.
References nextIndex(), nRecoCells_, recoReadNext_, and recoReadOffset_.
Referenced by recoCellToRead().
{
return nextIndex(recoReadOffset_, nRecoCells_, recoReadNext_);
}
| unsigned int FUShmBuffer::nextRecoWriteIndex | ( | ) | [private] |
Definition at line 1318 of file FUShmBuffer.cc.
References nextIndex(), nRecoCells_, recoWriteNext_, and recoWriteOffset_.
Referenced by writeErrorEventData(), writeRecoEmptyEvent(), writeRecoEventData(), and writeRecoInitMsg().
{
return nextIndex(recoWriteOffset_, nRecoCells_, recoWriteNext_);
}
| unsigned int evf::FUShmBuffer::nRawCells | ( | ) | const [inline] |
Definition at line 65 of file FUShmBuffer.h.
References nRawCells_.
Referenced by createShmBuffer(), getShmBuffer(), and releaseSharedMemory().
{ return nRawCells_; }
| unsigned int evf::FUShmBuffer::nRecoCells | ( | ) | const [inline] |
Definition at line 66 of file FUShmBuffer.h.
References nRecoCells_.
Referenced by createShmBuffer(), getShmBuffer(), and releaseSharedMemory().
{ return nRecoCells_; }
| void FUShmBuffer::postDqmIndexToRead | ( | unsigned int | index | ) | [private] |
Definition at line 1353 of file FUShmBuffer.cc.
References dqmReadLast_, dqmReadOffset_, nDqmCells_, and postIndex().
Referenced by writeDqmEmptyEvent(), and writeDqmEventData().
{
postIndex(index, dqmReadOffset_, nDqmCells_, dqmReadLast_);
}
| void FUShmBuffer::postDqmIndexToWrite | ( | unsigned int | index | ) | [private] |
Definition at line 1348 of file FUShmBuffer.cc.
References dqmWriteLast_, dqmWriteOffset_, nDqmCells_, and postIndex().
Referenced by discardDqmCell().
{
postIndex(index, dqmWriteOffset_, nDqmCells_, dqmWriteLast_);
}
| void evf::FUShmBuffer::postDqmRead | ( | ) | [inline, private] |
Definition at line 267 of file FUShmBuffer.h.
References sem_post().
Referenced by writeDqmEmptyEvent(), and writeDqmEventData().
{ sem_post(8); }
| void evf::FUShmBuffer::postDqmWrite | ( | ) | [inline, private] |
Definition at line 265 of file FUShmBuffer.h.
References sem_post().
Referenced by discardDqmCell().
{ sem_post(7); }
| void FUShmBuffer::postIndex | ( | unsigned int | index, |
| unsigned int | offset, | ||
| unsigned int | nCells, | ||
| unsigned int & | iLast | ||
| ) | [private] |
Definition at line 1287 of file FUShmBuffer.cc.
References getHLTprescales::index, lock(), evf::evtn::offset(), and unlock().
Referenced by postDqmIndexToRead(), postDqmIndexToWrite(), postRawIndexToRead(), postRawIndexToWrite(), postRecoIndexToRead(), and postRecoIndexToWrite().
| void evf::FUShmBuffer::postRawDiscard | ( | ) | [inline, private] |
Definition at line 257 of file FUShmBuffer.h.
References sem_post().
Referenced by discardRawCell(), scheduleRawCellForDiscard(), scheduleRawCellForDiscardServerSide(), scheduleRawEmptyCellForDiscard(), and scheduleRawEmptyCellForDiscardServerSide().
{ sem_post(3); }
| void evf::FUShmBuffer::postRawDiscarded | ( | ) | [inline, private] |
Definition at line 259 of file FUShmBuffer.h.
References sem_post().
Referenced by scheduleRawCellForDiscard(), scheduleRawCellForDiscardServerSide(), scheduleRawEmptyCellForDiscard(), and scheduleRawEmptyCellForDiscardServerSide().
{ sem_post(4); }
| void FUShmBuffer::postRawIndexToRead | ( | unsigned int | index | ) | [private] |
Definition at line 1313 of file FUShmBuffer.cc.
References nRawCells_, postIndex(), rawReadLast_, and rawReadOffset_.
Referenced by finishWritingRawCell(), writeRawEmptyEvent(), and writeRawLumiSectionEvent().
{
postIndex(index, rawReadOffset_, nRawCells_, rawReadLast_);
}
| void FUShmBuffer::postRawIndexToWrite | ( | unsigned int | index | ) | [private] |
Definition at line 1308 of file FUShmBuffer.cc.
References nRawCells_, postIndex(), rawWriteLast_, and rawWriteOffset_.
Referenced by releaseRawCell().
{
postIndex(index, rawWriteOffset_, nRawCells_, rawWriteLast_);
}
| void evf::FUShmBuffer::postRawRead | ( | ) | [inline, private] |
Definition at line 255 of file FUShmBuffer.h.
References sem_post().
Referenced by finishWritingRawCell(), writeRawEmptyEvent(), and writeRawLumiSectionEvent().
{ sem_post(2); }
| void evf::FUShmBuffer::postRawWrite | ( | ) | [inline, private] |
Definition at line 253 of file FUShmBuffer.h.
References sem_post().
Referenced by releaseRawCell().
{ sem_post(1); }
| void FUShmBuffer::postRecoIndexToRead | ( | unsigned int | index | ) | [private] |
Definition at line 1333 of file FUShmBuffer.cc.
References nRecoCells_, postIndex(), recoReadLast_, and recoReadOffset_.
Referenced by writeErrorEventData(), writeRecoEmptyEvent(), writeRecoEventData(), and writeRecoInitMsg().
| void FUShmBuffer::postRecoIndexToWrite | ( | unsigned int | index | ) | [private] |
Definition at line 1328 of file FUShmBuffer.cc.
References nRecoCells_, postIndex(), recoWriteLast_, and recoWriteOffset_.
Referenced by discardOrphanedRecoCell(), and discardRecoCell().
| void evf::FUShmBuffer::postRecoRead | ( | ) | [inline, private] |
Definition at line 263 of file FUShmBuffer.h.
References sem_post().
Referenced by writeErrorEventData(), writeRecoEmptyEvent(), writeRecoEventData(), and writeRecoInitMsg().
{ sem_post(6); }
| void evf::FUShmBuffer::postRecoWrite | ( | ) | [inline, private] |
Definition at line 261 of file FUShmBuffer.h.
References sem_post().
Referenced by discardOrphanedRecoCell(), and discardRecoCell().
{ sem_post(5); }
| void FUShmBuffer::printDqmState | ( | unsigned int | index | ) |
Definition at line 911 of file FUShmBuffer.cc.
References gather_cfg::cout, and dqmState().
| void FUShmBuffer::printEvtState | ( | unsigned int | index | ) |
Definition at line 878 of file FUShmBuffer.cc.
References gather_cfg::cout, evf::evt::DISCARDING, evf::evt::EMPTY, evtState(), evf::evt::PROCESSED, evf::evt::PROCESSING, evf::evt::RAWREAD, evf::evt::RAWREADING, evf::evt::RAWWRITING, evf::evt::RAWWRITTEN, evf::evt::RECOWRITING, evf::evt::RECOWRITTEN, evf::evt::SENDING, evf::evt::SENT, evf::evt::STOP, and AlCaHLTBitMon_QueryRunRegistry::string.
Referenced by evf::FUShmServer::writeNext().
{
evt::State_t state = evtState(index);
std::string stateName;
if (state == evt::EMPTY)
stateName = "EMPTY";
else if (state == evt::STOP)
stateName = "STOP";
else if (state == evt::RAWWRITING)
stateName = "RAWWRITING";
else if (state == evt::RAWWRITTEN)
stateName = "RAWRITTEN";
else if (state == evt::RAWREADING)
stateName = "RAWREADING";
else if (state == evt::RAWREAD)
stateName = "RAWREAD";
else if (state == evt::PROCESSING)
stateName = "PROCESSING";
else if (state == evt::PROCESSED)
stateName = "PROCESSED";
else if (state == evt::RECOWRITING)
stateName = "RECOWRITING";
else if (state == evt::RECOWRITTEN)
stateName = "RECOWRITTEN";
else if (state == evt::SENDING)
stateName = "SENDING";
else if (state == evt::SENT)
stateName = "SENT";
else if (state == evt::DISCARDING)
stateName = "DISCARDING";
cout << "evt " << index << " in state '" << stateName << "'." << endl;
}
| FUShmRawCell * FUShmBuffer::rawCell | ( | unsigned int | iCell | ) |
Definition at line 1632 of file FUShmBuffer.cc.
References gather_cfg::cout, nRawCells_, rawCellOffset_, rawCellPayloadSize_, rawCellShmKey(), rawCellTotalSize_, query::result, segmentationMode_, shm_attach(), shm_get(), and shmid().
Referenced by rawCellToDiscard(), rawCellToRead(), rawCellToWrite(), reset(), and writeErrorEventData().
{
FUShmRawCell* result(0);
if (iCell >= nRawCells_) {
cout << "FUShmBuffer::rawCell(" << iCell << ") ERROR: " << "iCell="
<< iCell << " >= nRawCells()=" << nRawCells_ << endl;
return result;
}
if (segmentationMode_) {
key_t shmkey = rawCellShmKey(iCell);
int shmid = shm_get(shmkey, rawCellTotalSize_);
void* cellAddr = shm_attach(shmid);
result = new (cellAddr) FUShmRawCell(rawCellPayloadSize_);
} else {
result = (FUShmRawCell*) ((unsigned long) this + rawCellOffset_ + iCell
* rawCellTotalSize_);
}
return result;
}
| bool FUShmBuffer::rawCellReadyForDiscard | ( | unsigned int | index | ) | [private] |
Definition at line 1701 of file FUShmBuffer.cc.
References evtDiscardOffset_, getHLTprescales::index, lock(), nRawCells_, query::result, and unlock().
Referenced by scheduleRawCellForDiscard(), scheduleRawCellForDiscardServerSide(), scheduleRawEmptyCellForDiscard(), and scheduleRawEmptyCellForDiscardServerSide().
{
if(!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
unsigned int *pcount = (unsigned int*) ((unsigned long) this
+ evtDiscardOffset_);
pcount += index;
lock();
if(!(*pcount > 0)) {
stringstream details;
details << "*pcount>0 assertion failed! Value at pcount is " << *pcount << " for cell index " << index;
unlock();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
--(*pcount);
bool result = (*pcount == 0);
unlock();
return result;
}
| key_t FUShmBuffer::rawCellShmKey | ( | unsigned int | iCell | ) | [private] |
Definition at line 1737 of file FUShmBuffer.cc.
References gather_cfg::cout, nRawCells_, rawCellOffset_, and shmKey().
Referenced by rawCell(), and releaseSharedMemory().
{
if (iCell >= nRawCells_) {
cout << "FUShmBuffer::rawCellShmKey() ERROR: " << "iCell>=nRawCells: "
<< iCell << ">=" << nRawCells_ << endl;
return -1;
}
return shmKey(iCell, rawCellOffset_);
}
| FUShmRawCell * FUShmBuffer::rawCellToDiscard | ( | ) |
Definition at line 373 of file FUShmBuffer.cc.
References evf::evt::DISCARDING, evf::evt::EMPTY, evtState(), evf::FUShmRawCell::index(), evf::evt::PROCESSED, rawCell(), rawDiscardIndex_, evf::evt::SENT, setEvtState(), evf::evt::STOP, evf::evt::USEDLS, and waitRawDiscarded().
Referenced by evf::FUShmClient::readNext().
{
waitRawDiscarded();
FUShmRawCell* cell = rawCell(rawDiscardIndex_);
evt::State_t state = evtState(cell->index());
if(!(state == evt::PROCESSED || state == evt::SENT ||
state == evt::EMPTY || state == evt::STOP ||
state == evt::USEDLS)) {
stringstream details;
details << "state==evt::PROCESSED || state==evt::SENT || "
<< "state==evt::EMPTY || state==evt::STOP || "
<< "state==evt::USEDLS assertion failed! Actual state is "
<< state << ", index = " << cell->index();
XCEPT_ASSERT(false,evf::Exception,details.str());
}
if (state != evt::EMPTY && state != evt::USEDLS && state != evt::STOP)
setEvtState(cell->index(), evt::DISCARDING);
return cell;
}
| FUShmRawCell * FUShmBuffer::rawCellToRead | ( | ) |
Definition at line 317 of file FUShmBuffer.cc.
References evf::evt::EMPTY, evtState(), evf::evt::LUMISECTION, nextRawReadIndex(), rawCell(), evf::evt::RAWREADING, evf::evt::RAWWRITTEN, setEvtPrcId(), setEvtState(), evf::evt::STOP, and waitRawRead().
Referenced by FUShmReader::fillRawData(), and evf::FUShmClient::readNext().
{
waitRawRead();
unsigned int iCell = nextRawReadIndex();
FUShmRawCell* cell = rawCell(iCell);
evt::State_t state = evtState(iCell);
if(!(state == evt::RAWWRITTEN || state == evt::EMPTY ||
state == evt::STOP || state == evt::LUMISECTION))
{
stringstream details;
details
<< "state==evt::RAWWRITTEN ||state==evt::EMPTY ||state==evt::STOP"
<< "||state==evt::LUMISECTION assertion failed! Actual state is "
<< state << ", iCell = " << iCell;
XCEPT_ASSERT(false,evf::Exception, details.str());
}
if (state == evt::RAWWRITTEN) {
setEvtPrcId(iCell, getpid());
setEvtState(iCell, evt::RAWREADING);
}
return cell;
}
| FUShmRawCell * FUShmBuffer::rawCellToWrite | ( | ) |
Definition at line 298 of file FUShmBuffer.cc.
References evf::evt::EMPTY, evtState(), lock(), nextRawWriteIndex(), rawCell(), evf::evt::RAWWRITING, setEvtDiscard(), setEvtState(), unlock(), and waitRawWrite().
Referenced by scheduleRawEmptyCellForDiscard(), evf::FUShmServer::writeNext(), writeRawEmptyEvent(), and writeRawLumiSectionEvent().
{
if (waitRawWrite() != 0)
return 0;
unsigned int iCell = nextRawWriteIndex();
FUShmRawCell* cell = rawCell(iCell);
evt::State_t state = evtState(iCell);
if(!(state == evt::EMPTY)) {
stringstream details;
details << "state==evt::EMPTY assertion failed! Actual state is " << state << ", iCell = " << iCell;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
lock();
setEvtState(iCell, evt::RAWWRITING,false);
setEvtDiscard(iCell, 1,false,false);
unlock();
return cell;
}
| FUShmRecoCell * FUShmBuffer::recoCell | ( | unsigned int | iCell | ) |
Definition at line 1655 of file FUShmBuffer.cc.
References gather_cfg::cout, nRecoCells_, recoCellOffset_, recoCellPayloadSize_, recoCellShmKey(), recoCellTotalSize_, query::result, segmentationMode_, shm_attach(), shm_get(), and shmid().
Referenced by discardOrphanedRecoCell(), discardRecoCell(), recoCellToRead(), reset(), writeErrorEventData(), writeRecoEmptyEvent(), writeRecoEventData(), and writeRecoInitMsg().
{
FUShmRecoCell* result(0);
if (iCell >= nRecoCells_) {
cout << "FUShmBuffer::recoCell(" << iCell << ") ERROR: " << "iCell="
<< iCell << " >= nRecoCells=" << nRecoCells_ << endl;
return result;
}
if (segmentationMode_) {
key_t shmkey = recoCellShmKey(iCell);
int shmid = shm_get(shmkey, recoCellTotalSize_);
void* cellAddr = shm_attach(shmid);
result = new (cellAddr) FUShmRecoCell(recoCellPayloadSize_);
} else {
result = (FUShmRecoCell*) ((unsigned long) this + recoCellOffset_
+ iCell * recoCellTotalSize_);
}
return result;
}
| key_t FUShmBuffer::recoCellShmKey | ( | unsigned int | iCell | ) | [private] |
Definition at line 1747 of file FUShmBuffer.cc.
References gather_cfg::cout, nRecoCells_, recoCellOffset_, and shmKey().
Referenced by recoCell(), and releaseSharedMemory().
{
if (iCell >= nRecoCells_) {
cout << "FUShmBuffer::recoCellShmKey() ERROR: "
<< "iCell>=nRecoCells: " << iCell << ">=" << nRecoCells_
<< endl;
return -1;
}
return shmKey(iCell, recoCellOffset_);
}
| FUShmRecoCell * FUShmBuffer::recoCellToRead | ( | ) |
Definition at line 340 of file FUShmBuffer.cc.
References nextRecoReadIndex(), nRawCells_, evf::FUShmRecoCell::rawCellIndex(), recoCell(), evf::evt::SENDING, setEvtState(), and waitRecoRead().
{
waitRecoRead();
unsigned int iCell = nextRecoReadIndex();
FUShmRecoCell* cell = recoCell(iCell);
unsigned int iRawCell = cell->rawCellIndex();
if (iRawCell < nRawCells_) {
//evt::State_t state=evtState(iRawCell);
//XCEPT_ASSERT(state==evt::RECOWRITTEN, evf::Exception, "state==evt::RECOWRITTEN assertion failed!");
setEvtState(iRawCell, evt::SENDING);
}
return cell;
}
| void FUShmBuffer::releaseRawCell | ( | FUShmRawCell * | cell | ) |
Definition at line 546 of file FUShmBuffer.cc.
References evf::FUShmRawCell::clear(), gather_cfg::cout, evf::evt::DISCARDING, evf::evt::EMPTY, evtState(), evf::FUShmRawCell::index(), postRawIndexToWrite(), postRawWrite(), evf::evt::RAWWRITING, segmentationMode_, setEvtDiscard(), setEvtNumber(), setEvtPrcId(), setEvtState(), setEvtTimeStamp(), evf::evt::STOP, and evf::evt::USEDLS.
Referenced by discardRawCell().
{
evt::State_t state = evtState(cell->index());
if(!( state == evt::DISCARDING || state == evt::RAWWRITING ||
state== evt::EMPTY || state == evt::STOP ||
/*||state==evt::LUMISECTION*/
state == evt::USEDLS)) {
std::cout << "=================releaseRawCell state " << state << std::endl;
stringstream details;
details << "state==evt::DISCARDING||state==evt::RAWWRITING||"
<< "state==evt::EMPTY||state==evt::STOP||state==evt::USEDLS"
<< " assertion failed! Actual state is " << state << ", index = " << cell->index();
XCEPT_ASSERT( false, evf::Exception, details.str());
}
setEvtState(cell->index(), evt::EMPTY);
setEvtDiscard(cell->index(), 0);
setEvtNumber(cell->index(), 0xffffffff);
setEvtPrcId(cell->index(), 0);
setEvtTimeStamp(cell->index(), 0);
cell->clear();
postRawIndexToWrite(cell->index());
if (segmentationMode_)
shmdt(cell);
postRawWrite();
}
| bool FUShmBuffer::releaseSharedMemory | ( | ) | [static] |
Definition at line 1045 of file FUShmBuffer.cc.
References gather_cfg::cout, dqmCellShmKey(), FUShmBuffer(), getSemKey(), getShmDescriptorKey(), getShmKey(), i, nDqmCells(), nRawCells(), nRecoCells(), AlCaHLTBitMon_ParallelJobs::p, rawCellShmKey(), recoCellShmKey(), sem_destroy(), sem_get(), semid(), shm_attach(), shm_destroy(), shm_get(), shm_nattch(), shmid(), size(), and stor::utils::sleep().
Referenced by createShmBuffer(), and evf::FUResourceTable::~FUResourceTable().
{
// get bookkeeping shared memory segment
int size = sizeof(unsigned int) * 7;
int shmidd = shm_get(FUShmBuffer::getShmDescriptorKey(), size);
if (shmidd < 0)
return false;
void* shmAddr = shm_attach(shmidd);
if (0 == shmAddr)
return false;
unsigned int*p = (unsigned int*) shmAddr;
bool segmentationMode = *p++;
unsigned int nRawCells = *p++;
unsigned int nRecoCells = *p++;
unsigned int nDqmCells = *p++;
unsigned int rawCellSize = *p++;
unsigned int recoCellSize = *p++;
unsigned int dqmCellSize = *p++;
shmdt(shmAddr);
// get the 'real' shared memory segment
size = FUShmBuffer::size(segmentationMode, nRawCells, nRecoCells,
nDqmCells, rawCellSize, recoCellSize, dqmCellSize);
int shmid = shm_get(FUShmBuffer::getShmKey(), size);
if (shmid < 0)
return false;
int semid = sem_get(FUShmBuffer::getSemKey(), 9);
if (semid < 0)
return false;
shmAddr = shm_attach(shmid);
if (0 == shmAddr)
return false;
int att = 0;
for (; att < 10; att++) {
if (shm_nattch(shmid) > 1) {
cout << att << " FUShmBuffer::releaseSharedMemory(): nattch="
<< shm_nattch(shmid)
<< ", failed attempt to release shared memory." << endl;
::sleep(1);
} else
break;
}
if (att >= 10)
return false;
if (segmentationMode) {
FUShmBuffer* buffer = new (shmAddr) FUShmBuffer(segmentationMode,
nRawCells, nRecoCells, nDqmCells, rawCellSize, recoCellSize,
dqmCellSize);
int cellid;
for (unsigned int i = 0; i < nRawCells; i++) {
cellid = shm_get(buffer->rawCellShmKey(i),
FUShmRawCell::size(rawCellSize));
if ((shm_destroy(cellid) == -1))
return false;
}
for (unsigned int i = 0; i < nRecoCells; i++) {
cellid = shm_get(buffer->recoCellShmKey(i),
FUShmRecoCell::size(recoCellSize));
if ((shm_destroy(cellid) == -1))
return false;
}
for (unsigned int i = 0; i < nDqmCells; i++) {
cellid = shm_get(buffer->dqmCellShmKey(i),
FUShmDqmCell::size(dqmCellSize));
if ((shm_destroy(cellid) == -1))
return false;
}
}
shmdt(shmAddr);
if (sem_destroy(semid) == -1)
return false;
if (shm_destroy(shmid) == -1)
return false;
if (shm_destroy(shmidd) == -1)
return false;
return true;
}
| bool FUShmBuffer::removeClientPrcId | ( | pid_t | prcId | ) |
Definition at line 1602 of file FUShmBuffer.cc.
References clientPrcIdOffset_, lock(), nClients_, and unlock().
Referenced by scheduleRawEmptyCellForDiscard(), edm::FUShmOutputModule::unregisterFromShm(), and FUShmReader::~FUShmReader().
{
lock();
pid_t *prcid = (pid_t*) ((unsigned long) this + clientPrcIdOffset_);
unsigned int iClient(0);
while (iClient < nClients_ && (*prcid) != prcId) {
prcid++;
iClient++;
}
if (iClient==nClients_) {
unlock();
return false;
}
//stringstream details;
//details << "iClient!=nClients_ assertion failed! Actual iClient is "
// << iClient;
//XCEPT_ASSERT(iClient != nClients_, evf::Exception, details.str());
pid_t* next = prcid;
next++;
while (iClient < nClients_ - 1) {
*prcid = *next;
prcid++;
next++;
iClient++;
}
nClients_--;
unlock();
return true;
}
| void FUShmBuffer::reset | ( | bool | shm_detach | ) |
Definition at line 201 of file FUShmBuffer.cc.
References dqmCell(), dqmReadLast_, dqmReadNext_, dqmReadOffset_, dqmWriteLast_, dqmWriteNext_, dqmWriteOffset_, evf::dqm::EMPTY, evf::evt::EMPTY, i, evf::FUShmDqmCell::initialize(), evf::FUShmRawCell::initialize(), evf::FUShmRecoCell::initialize(), nClients_, nDqmCells_, nRawCells_, nRecoCells_, rawCell(), rawReadLast_, rawReadNext_, rawReadOffset_, rawWriteLast_, rawWriteNext_, rawWriteOffset_, recoCell(), recoReadLast_, recoReadNext_, recoReadOffset_, recoWriteLast_, recoWriteNext_, recoWriteOffset_, segmentationMode_, sem_init(), sem_print(), setDqmState(), setEvtDiscard(), setEvtNumber(), setEvtPrcId(), setEvtState(), and setEvtTimeStamp().
Referenced by initialize().
{
nClients_ = 0;
for (unsigned int i = 0; i < nRawCells_; i++) {
FUShmRawCell* cell = rawCell(i);
cell->initialize(i);
if (segmentationMode_ && shm_detach)
shmdt(cell);
}
for (unsigned int i = 0; i < nRecoCells_; i++) {
FUShmRecoCell* cell = recoCell(i);
cell->initialize(i);
if (segmentationMode_ && shm_detach)
shmdt(cell);
}
for (unsigned int i = 0; i < nDqmCells_; i++) {
FUShmDqmCell* cell = dqmCell(i);
cell->initialize(i);
if (segmentationMode_ && shm_detach)
shmdt(cell);
}
// setup ipc semaphores
sem_init(0, 1); // lock (binary)
sem_init(1, nRawCells_); // raw write semaphore
sem_init(2, 0); // raw read semaphore
sem_init(3, 1); // binary semaphore to schedule raw event for discard
sem_init(4, 0); // binary semaphore to discard raw event
sem_init(5, nRecoCells_);// reco write semaphore
sem_init(6, 0); // reco send (read) semaphore
sem_init(7, nDqmCells_); // dqm write semaphore
sem_init(8, 0); // dqm send (read) semaphore
sem_print();
unsigned int *iWrite, *iRead;
rawWriteNext_ = 0;
rawWriteLast_ = 0;
rawReadNext_ = 0;
rawReadLast_ = 0;
iWrite = (unsigned int*) ((unsigned long) this + rawWriteOffset_);
iRead = (unsigned int*) ((unsigned long) this + rawReadOffset_);
for (unsigned int i = 0; i < nRawCells_; i++) {
*iWrite++ = i;
*iRead++ = 0xffffffff;
}
recoWriteNext_ = 0;
recoWriteLast_ = 0;
recoReadNext_ = 0;
recoReadLast_ = 0;
iWrite = (unsigned int*) ((unsigned long) this + recoWriteOffset_);
iRead = (unsigned int*) ((unsigned long) this + recoReadOffset_);
for (unsigned int i = 0; i < nRecoCells_; i++) {
*iWrite++ = i;
*iRead++ = 0xffffffff;
}
dqmWriteNext_ = 0;
dqmWriteLast_ = 0;
dqmReadNext_ = 0;
dqmReadLast_ = 0;
iWrite = (unsigned int*) ((unsigned long) this + dqmWriteOffset_);
iRead = (unsigned int*) ((unsigned long) this + dqmReadOffset_);
for (unsigned int i = 0; i < nDqmCells_; i++) {
*iWrite++ = i;
*iRead++ = 0xffffffff;
}
for (unsigned int i = 0; i < nRawCells_; i++) {
setEvtState(i, evt::EMPTY);
setEvtDiscard(i, 0);
setEvtNumber(i, 0xffffffff);
setEvtPrcId(i, 0);
setEvtTimeStamp(i, 0);
}
for (unsigned int i = 0; i < nDqmCells_; i++)
setDqmState(i, dqm::EMPTY);
}
| void FUShmBuffer::scheduleRawCellForDiscard | ( | unsigned int | iCell | ) |
Definition at line 454 of file FUShmBuffer.cc.
References evf::evt::EMPTY, evtState(), evf::evt::LUMISECTION, postRawDiscard(), postRawDiscarded(), evf::evt::PROCESSED, evf::evt::PROCESSING, rawCellReadyForDiscard(), rawDiscardIndex_, evf::evt::RECOWRITTEN, evf::evt::SENT, setEvtState(), evf::evt::STOP, evf::evt::USEDLS, and waitRawDiscard().
Referenced by discardRecoCell(), FUShmReader::fillRawData(), and evf::FUShmClient::readNext().
{
waitRawDiscard();
if (rawCellReadyForDiscard(iCell)) {
rawDiscardIndex_ = iCell;
evt::State_t state = evtState(iCell);
if(!(state == evt::PROCESSING || state == evt::SENT ||
state == evt::EMPTY || state == evt::STOP ||
state == evt::LUMISECTION || state == evt::RECOWRITTEN)) {
stringstream details;
details << "state==evt::PROCESSING||state==evt::SENT||state==evt::EMPTY||"
<<"state==evt::STOP||state==evt::LUMISECTION||state==evt::RECOWRITTEN assertion failed! Actual state is "
<< state << ", iCell = " << iCell;
XCEPT_ASSERT( false,evf::Exception,details.str());
}
if (state == evt::PROCESSING)
setEvtState(iCell, evt::PROCESSED);
if (state == evt::LUMISECTION)
setEvtState(iCell, evt::USEDLS);
postRawDiscarded();
} else
postRawDiscard();
}
| void FUShmBuffer::scheduleRawCellForDiscardServerSide | ( | unsigned int | iCell | ) |
Definition at line 478 of file FUShmBuffer.cc.
References evf::evt::EMPTY, evtState(), evf::evt::LUMISECTION, postRawDiscard(), postRawDiscarded(), evf::evt::PROCESSED, rawCellReadyForDiscard(), rawDiscardIndex_, setEvtState(), evf::evt::STOP, evf::evt::USEDLS, and waitRawDiscard().
{
waitRawDiscard();
if (rawCellReadyForDiscard(iCell)) {
rawDiscardIndex_ = iCell;
evt::State_t state = evtState(iCell);
// UPDATE: aspataru
if (state != evt::LUMISECTION && state != evt::EMPTY
&& state != evt::USEDLS && state != evt::STOP)
setEvtState(iCell, evt::PROCESSED);
if (state == evt::LUMISECTION)
setEvtState(iCell, evt::USEDLS);
postRawDiscarded();
} else
postRawDiscard();
}
| void FUShmBuffer::scheduleRawEmptyCellForDiscard | ( | ) |
Definition at line 638 of file FUShmBuffer.cc.
References evf::FUShmRawCell::index(), postRawDiscarded(), rawCellToWrite(), rawDiscardIndex_, evf::FUShmRawCell::setEventTypeStopper(), setEvtNumber(), setEvtPrcId(), setEvtState(), setEvtTimeStamp(), and evf::evt::STOP.
Referenced by FUShmReader::fillRawData().
{
FUShmRawCell* cell = rawCellToWrite();
if (cell == 0)
return;
rawDiscardIndex_ = cell->index();
setEvtState(cell->index(), evt::STOP);
cell->setEventTypeStopper();
setEvtNumber(cell->index(), 0xffffffff);
setEvtPrcId(cell->index(), 0);
setEvtTimeStamp(cell->index(), 0);
postRawDiscarded();
}
| bool FUShmBuffer::scheduleRawEmptyCellForDiscard | ( | FUShmRawCell * | cell, |
| bool & | pidstatus | ||
| ) |
Definition at line 652 of file FUShmBuffer.cc.
References evf::FUShmRawCell::index(), postRawDiscard(), postRawDiscarded(), rawCellReadyForDiscard(), rawDiscardIndex_, removeClientPrcId(), segmentationMode_, and waitRawDiscard().
{
waitRawDiscard();
if (rawCellReadyForDiscard(cell->index())) {
rawDiscardIndex_ = cell->index();
// as this function is called by the reader, the state and type should
// already be correct
// setEvtState(cell->index(),evt::STOP);
// cell->setEventType(evt::STOPPER);
// setEvtNumber(cell->index(),0xffffffff);
// setEvtPrcId(cell->index(),0);
// setEvtTimeStamp(cell->index(),0);
pidstatus = removeClientPrcId(getpid());
if (segmentationMode_)
shmdt(cell);
postRawDiscarded();
return true;
} else {
postRawDiscard();
return false;
}
}
| void FUShmBuffer::scheduleRawEmptyCellForDiscardServerSide | ( | FUShmRawCell * | cell | ) |
Definition at line 675 of file FUShmBuffer.cc.
References evf::FUShmRawCell::index(), postRawDiscard(), postRawDiscarded(), rawCellReadyForDiscard(), rawDiscardIndex_, and segmentationMode_.
{
// waitRawDiscard();
if (rawCellReadyForDiscard(cell->index())) {
rawDiscardIndex_ = cell->index();
// setEvtState(cell->index(),evt::STOP);
// cell->setEventType(evt::STOPPER);
// setEvtNumber(cell->index(),0xffffffff);
// setEvtPrcId(cell->index(),0);
// setEvtTimeStamp(cell->index(),0);
// removeClientPrcId(getpid());
if (segmentationMode_)
shmdt(cell);
postRawDiscarded();
} else
postRawDiscard();
}
| int FUShmBuffer::sem_create | ( | key_t | key, |
| int | nsem | ||
| ) | [static] |
Definition at line 1240 of file FUShmBuffer.cc.
References gather_cfg::cout, and semid().
Referenced by createShmBuffer().
| int FUShmBuffer::sem_destroy | ( | int | semid | ) | [static] |
Definition at line 1262 of file FUShmBuffer.cc.
References gather_cfg::cout, and query::result.
Referenced by releaseSharedMemory().
| int FUShmBuffer::sem_get | ( | key_t | key, |
| int | nsem | ||
| ) | [static] |
Definition at line 1251 of file FUShmBuffer.cc.
References gather_cfg::cout, and semid().
Referenced by getShmBuffer(), and releaseSharedMemory().
| void FUShmBuffer::sem_init | ( | int | isem, |
| int | value | ||
| ) | [private] |
Definition at line 1768 of file FUShmBuffer.cc.
References gather_cfg::cout, and semid().
Referenced by reset().
| void FUShmBuffer::sem_post | ( | int | isem | ) | [private] |
Definition at line 1788 of file FUShmBuffer.cc.
References gather_cfg::cout, and semid().
Referenced by postDqmRead(), postDqmWrite(), postRawDiscard(), postRawDiscarded(), postRawRead(), postRawWrite(), postRecoRead(), postRecoWrite(), and unlock().
| void FUShmBuffer::sem_print | ( | ) |
Definition at line 852 of file FUShmBuffer.cc.
References gather_cfg::cout, and semid().
Referenced by FUShmReader::fillRawData(), and reset().
{
cout << "--> current sem values:" << endl << " lock=" << semctl(semid(), 0,
GETVAL) << endl << " wraw=" << semctl(semid(), 1, GETVAL)
<< " rraw=" << semctl(semid(), 2, GETVAL) << endl << " wdsc="
<< semctl(semid(), 3, GETVAL) << " rdsc=" << semctl(semid(), 4,
GETVAL) << endl << " wrec=" << semctl(semid(), 5, GETVAL)
<< " rrec=" << semctl(semid(), 6, GETVAL) << endl << " wdqm="
<< semctl(semid(), 7, GETVAL) << " rdqm=" << semctl(semid(), 8,
GETVAL) << endl;
}
| std::string FUShmBuffer::sem_print_s | ( | ) |
Definition at line 863 of file FUShmBuffer.cc.
References semid().
{
ostringstream ostr;
ostr << "--> current sem values:" << endl << " lock=" << semctl(semid(), 0,
GETVAL) << endl << " wraw=" << semctl(semid(), 1, GETVAL)
<< " rraw=" << semctl(semid(), 2, GETVAL) << endl << " wdsc="
<< semctl(semid(), 3, GETVAL) << " rdsc=" << semctl(semid(), 4,
GETVAL) << endl << " wrec=" << semctl(semid(), 5, GETVAL)
<< " rrec=" << semctl(semid(), 6, GETVAL) << endl << " wdqm="
<< semctl(semid(), 7, GETVAL) << " rdqm=" << semctl(semid(), 8,
GETVAL) << endl;
return ostr.str();
}
| int FUShmBuffer::sem_wait | ( | int | isem | ) | [private] |
Definition at line 1775 of file FUShmBuffer.cc.
References gather_cfg::cout, and semid().
Referenced by lock(), waitDqmRead(), waitDqmWrite(), waitRawDiscard(), waitRawDiscarded(), waitRawRead(), waitRawWrite(), waitRecoRead(), and waitRecoWrite().
| int evf::FUShmBuffer::semid | ( | ) | const [inline] |
Definition at line 70 of file FUShmBuffer.h.
References semid_.
Referenced by createShmBuffer(), getShmBuffer(), initialize(), nbRawCellsToRead(), nbRawCellsToWrite(), releaseSharedMemory(), sem_create(), sem_get(), sem_init(), sem_post(), sem_print(), sem_print_s(), and sem_wait().
{ return semid_; }
| bool FUShmBuffer::setClientPrcId | ( | pid_t | prcId | ) | [private] |
Definition at line 1578 of file FUShmBuffer.cc.
References clientPrcIdOffset_, i, lock(), nClients_, nClientsMax_, and unlock().
Referenced by getShmBuffer().
{
lock();
if(!(nClients_ < nClientsMax_)) {
stringstream details;
details << "nClients_<nClientsMax_ assertion failed! Actual nClients is "
<< nClients_ << " and nClientsMax is " << nClientsMax_;
unlock();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
pid_t *prcid = (pid_t*) ((unsigned long) this + clientPrcIdOffset_);
for (unsigned int i = 0; i < nClients_; i++) {
if ((*prcid) == prcId) {
unlock();
return false;
}
prcid++;
}
nClients_++;
*prcid = prcId;
unlock();
return true;
}
| bool FUShmBuffer::setDqmState | ( | unsigned int | index, |
| dqm::State_t | state | ||
| ) |
Definition at line 1474 of file FUShmBuffer.cc.
References dqmStateOffset_, getHLTprescales::index, lock(), nDqmCells_, evf::utils::state, and unlock().
Referenced by discardDqmCell(), dqmCellToRead(), finishReadingDqmCell(), reset(), and writeDqmEventData().
{
if(!(index < nDqmCells_)) {
stringstream details;
details << "index<nDqmCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
dqm::State_t *pstate = (dqm::State_t*) ((unsigned long) this
+ dqmStateOffset_);
pstate += index;
lock();
*pstate = state;
unlock();
return true;
}
| bool FUShmBuffer::setEvtDiscard | ( | unsigned int | index, |
| unsigned int | discard, | ||
| bool | checkValue = false, |
||
| bool | lockShm = true |
||
| ) |
Definition at line 1490 of file FUShmBuffer.cc.
References evtDiscardOffset_, getHLTprescales::index, lock(), nRawCells_, and unlock().
Referenced by rawCellToWrite(), releaseRawCell(), reset(), and writeErrorEventData().
{
if(!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
//unlock here as it will skip external unlock
if (!lockShm) unlock();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
unsigned int *pcount = (unsigned int*) ((unsigned long) this
+ evtDiscardOffset_);
pcount += index;
if (lockShm) lock();
if (checkValue) {
if (*pcount < discard)
*pcount = discard;
} else
*pcount = discard;
if (lockShm) unlock();
return true;
}
| bool FUShmBuffer::setEvtNumber | ( | unsigned int | index, |
| unsigned int | evtNumber | ||
| ) | [private] |
Definition at line 1532 of file FUShmBuffer.cc.
References evtNumber(), evtNumberOffset_, getHLTprescales::index, lock(), nRawCells_, and unlock().
Referenced by finishWritingRawCell(), releaseRawCell(), reset(), scheduleRawEmptyCellForDiscard(), and writeRawLumiSectionEvent().
{
if(!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
unsigned int *pevt = (unsigned int*) ((unsigned long) this
+ evtNumberOffset_);
pevt += index;
lock();
*pevt = evtNumber;
unlock();
return true;
}
| bool FUShmBuffer::setEvtPrcId | ( | unsigned int | index, |
| pid_t | prcId | ||
| ) |
Definition at line 1548 of file FUShmBuffer.cc.
References evtPrcIdOffset_, getHLTprescales::index, lock(), nRawCells_, and unlock().
Referenced by rawCellToRead(), releaseRawCell(), reset(), and scheduleRawEmptyCellForDiscard().
{
if(!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
pid_t* prcid = (pid_t*) ((unsigned long) this + evtPrcIdOffset_);
prcid += index;
lock();
*prcid = prcId;
unlock();
return true;
}
| bool FUShmBuffer::setEvtState | ( | unsigned int | index, |
| evt::State_t | state, | ||
| bool | lockShm = true |
||
| ) |
Definition at line 1456 of file FUShmBuffer.cc.
References evtStateOffset_, getHLTprescales::index, lock(), nRawCells_, evf::utils::state, and unlock().
Referenced by finishReadingRawCell(), finishReadingRecoCell(), finishWritingRawCell(), rawCellToDiscard(), rawCellToRead(), rawCellToWrite(), recoCellToRead(), releaseRawCell(), reset(), scheduleRawCellForDiscard(), scheduleRawCellForDiscardServerSide(), scheduleRawEmptyCellForDiscard(), writeErrorEventData(), writeRawEmptyEvent(), writeRawLumiSectionEvent(), and writeRecoEventData().
{
if(!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
//unlock here as it will skip external unlock
if (!lockShm) unlock();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
evt::State_t *pstate = (evt::State_t*) ((unsigned long) this
+ evtStateOffset_);
pstate += index;
if (lockShm) lock();
*pstate = state;
if (lockShm) unlock();
return true;
}
| bool FUShmBuffer::setEvtTimeStamp | ( | unsigned int | index, |
| time_t | timeStamp | ||
| ) | [private] |
Definition at line 1563 of file FUShmBuffer.cc.
References evtTimeStampOffset_, getHLTprescales::index, lock(), nRawCells_, stor::utils::timeStamp(), and unlock().
Referenced by finishReadingRawCell(), releaseRawCell(), reset(), and scheduleRawEmptyCellForDiscard().
{
if(!(index < nRawCells_)) {
stringstream details;
details << "index<nRawCells_ assertion failed! Actual index is " << index;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
time_t *ptstmp = (time_t*) ((unsigned long) this + evtTimeStampOffset_);
ptstmp += index;
lock();
*ptstmp = timeStamp;
unlock();
return true;
}
| void * FUShmBuffer::shm_attach | ( | int | shmid | ) | [static] |
Definition at line 1212 of file FUShmBuffer.cc.
References gather_cfg::cout, NULL, and query::result.
Referenced by createShmBuffer(), dqmCell(), getShmBuffer(), initialize(), rawCell(), recoCell(), and releaseSharedMemory().
| int FUShmBuffer::shm_create | ( | key_t | key, |
| int | size | ||
| ) | [static] |
Definition at line 1178 of file FUShmBuffer.cc.
References gather_cfg::cout, and shmid().
Referenced by createShmBuffer(), and initialize().
{
// first check and possibly remove existing segment with same id
int shmid = shmget(key, 1, 0644);//using minimal size any segment with key "key" will be connected
if (shmid != -1) {
// an existing segment was found, remove it
shmid_ds shmstat;
shmctl(shmid, IPC_STAT, &shmstat);
cout << "FUShmBuffer found segment for key 0x " << hex << key << dec
<< " created by process " << shmstat.shm_cpid << " owned by "
<< shmstat.shm_perm.uid << " permissions " << hex
<< shmstat.shm_perm.mode << dec << endl;
shmctl(shmid, IPC_RMID, &shmstat);
}
shmid = shmget(key, size, IPC_CREAT | 0644);
if (shmid == -1) {
int err = errno;
cout << "FUShmBuffer::shm_create(" << key << "," << size
<< ") failed: " << strerror(err) << endl;
}
return shmid;
}
| int FUShmBuffer::shm_destroy | ( | int | shmid | ) | [static] |
Definition at line 1230 of file FUShmBuffer.cc.
References gather_cfg::cout, and query::result.
Referenced by releaseSharedMemory().
| int FUShmBuffer::shm_get | ( | key_t | key, |
| int | size | ||
| ) | [static] |
Definition at line 1201 of file FUShmBuffer.cc.
References gather_cfg::cout, and shmid().
Referenced by dqmCell(), getShmBuffer(), rawCell(), recoCell(), and releaseSharedMemory().
| int FUShmBuffer::shm_nattch | ( | int | shmid | ) | [static] |
Definition at line 1223 of file FUShmBuffer.cc.
Referenced by createShmBuffer(), evf::FUResourceTable::discardNoReschedule(), getShmBuffer(), and releaseSharedMemory().
{
shmid_ds shmstat;
shmctl(shmid, IPC_STAT, &shmstat);
return shmstat.shm_nattch;
}
| int evf::FUShmBuffer::shmid | ( | ) | const [inline] |
Definition at line 69 of file FUShmBuffer.h.
References shmid_.
Referenced by createShmBuffer(), dqmCell(), getShmBuffer(), initialize(), rawCell(), recoCell(), releaseSharedMemory(), shm_create(), and shm_get().
{ return shmid_; }
| key_t FUShmBuffer::shmKey | ( | unsigned int | iCell, |
| unsigned int | offset | ||
| ) | [private] |
Definition at line 1724 of file FUShmBuffer.cc.
References gather_cfg::cout, i, evf::evtn::offset(), and segmentationMode_.
Referenced by dqmCellShmKey(), rawCellShmKey(), and recoCellShmKey().
| unsigned int FUShmBuffer::size | ( | bool | segmentationMode, |
| unsigned int | nRawCells, | ||
| unsigned int | nRecoCells, | ||
| unsigned int | nDqmCells, | ||
| unsigned int | rawCellSize, | ||
| unsigned int | recoCellSize, | ||
| unsigned int | dqmCellSize | ||
| ) | [static] |
Definition at line 1128 of file FUShmBuffer.cc.
References FUShmBuffer(), nDqmCells(), evf::evtn::offset(), and query::result.
Referenced by createShmBuffer(), FUShmBuffer(), getShmBuffer(), and releaseSharedMemory().
{
unsigned int offset = sizeof(FUShmBuffer) + sizeof(unsigned int) * 4
* nRawCells + sizeof(evt::State_t) * nRawCells
+ sizeof(dqm::State_t) * nDqmCells;
unsigned int rawCellTotalSize = FUShmRawCell::size(rawCellSize);
unsigned int recoCellTotalSize = FUShmRecoCell::size(recoCellSize);
unsigned int dqmCellTotalSize = FUShmDqmCell::size(dqmCellSize);
unsigned int realSize = (segmentationMode) ? offset + sizeof(key_t)
* (nRawCells + nRecoCells + nDqmCells) : offset + rawCellTotalSize
* nRawCells + recoCellTotalSize * nRecoCells + dqmCellTotalSize
* nDqmCells;
unsigned int result = realSize / 0x10 * 0x10 + (realSize % 0x10 > 0) * 0x10;
return result;
}
| void evf::FUShmBuffer::unlock | ( | void | ) | [inline] |
Definition at line 250 of file FUShmBuffer.h.
References sem_post().
Referenced by incEvtDiscard(), nextIndex(), postIndex(), rawCellReadyForDiscard(), rawCellToWrite(), removeClientPrcId(), setClientPrcId(), setDqmState(), setEvtDiscard(), setEvtNumber(), setEvtPrcId(), setEvtState(), setEvtTimeStamp(), writeErrorEventData(), and writeRecoEventData().
{ sem_post(0); }
| void evf::FUShmBuffer::waitDqmRead | ( | ) | [inline, private] |
Definition at line 266 of file FUShmBuffer.h.
References sem_wait().
Referenced by dqmCellToRead().
{ sem_wait(8); }
| void evf::FUShmBuffer::waitDqmWrite | ( | ) | [inline, private] |
Definition at line 264 of file FUShmBuffer.h.
References sem_wait().
Referenced by writeDqmEmptyEvent(), and writeDqmEventData().
{ sem_wait(7); }
| void evf::FUShmBuffer::waitRawDiscard | ( | ) | [inline, private] |
Definition at line 256 of file FUShmBuffer.h.
References sem_wait().
Referenced by scheduleRawCellForDiscard(), scheduleRawCellForDiscardServerSide(), and scheduleRawEmptyCellForDiscard().
{ sem_wait(3); }
| void evf::FUShmBuffer::waitRawDiscarded | ( | ) | [inline, private] |
Definition at line 258 of file FUShmBuffer.h.
References sem_wait().
Referenced by rawCellToDiscard().
{ sem_wait(4); }
| void evf::FUShmBuffer::waitRawRead | ( | ) | [inline, private] |
Definition at line 254 of file FUShmBuffer.h.
References sem_wait().
Referenced by rawCellToRead().
{ sem_wait(2); }
| int evf::FUShmBuffer::waitRawWrite | ( | ) | [inline, private] |
Definition at line 252 of file FUShmBuffer.h.
References sem_wait().
Referenced by rawCellToWrite().
{ return sem_wait(1); }
| void evf::FUShmBuffer::waitRecoRead | ( | ) | [inline, private] |
Definition at line 262 of file FUShmBuffer.h.
References sem_wait().
Referenced by recoCellToRead().
{ sem_wait(6); }
| void evf::FUShmBuffer::waitRecoWrite | ( | ) | [inline, private] |
Definition at line 260 of file FUShmBuffer.h.
References sem_wait().
Referenced by writeErrorEventData(), writeRecoEmptyEvent(), writeRecoEventData(), and writeRecoInitMsg().
{ sem_wait(5); }
| void FUShmBuffer::writeDqmEmptyEvent | ( | ) |
Definition at line 626 of file FUShmBuffer.cc.
References evf::FUShmDqmCell::clear(), dqmCell(), nextDqmWriteIndex(), postDqmIndexToRead(), postDqmRead(), segmentationMode_, and waitDqmWrite().
{
waitDqmWrite();
unsigned int iCell = nextDqmWriteIndex();
FUShmDqmCell* cell = dqmCell(iCell);
cell->clear();
postDqmIndexToRead(iCell);
if (segmentationMode_)
shmdt(cell);
postDqmRead();
}
| bool FUShmBuffer::writeDqmEventData | ( | unsigned int | runNumber, |
| unsigned int | evtAtUpdate, | ||
| unsigned int | folderId, | ||
| unsigned int | fuProcessId, | ||
| unsigned int | fuGuid, | ||
| unsigned char * | data, | ||
| unsigned int | dataSize | ||
| ) |
Definition at line 820 of file FUShmBuffer.cc.
References gather_cfg::cout, dqmCell(), dqmCellPayloadSize_, dqmState(), evf::dqm::EMPTY, nextDqmWriteIndex(), postDqmIndexToRead(), postDqmRead(), segmentationMode_, setDqmState(), waitDqmWrite(), evf::FUShmDqmCell::writeData(), evf::dqm::WRITING, and evf::dqm::WRITTEN.
Referenced by FUShmDQMOutputService::writeShmDQMData().
{
if (dataSize > dqmCellPayloadSize_) {
cout << "FUShmBuffer::writeDqmEventData() ERROR: buffer overflow."
<< endl;
return false;
}
waitDqmWrite();
unsigned int iCell = nextDqmWriteIndex();
FUShmDqmCell* cell = dqmCell(iCell);
dqm::State_t state = dqmState(iCell);
if (!(state == dqm::EMPTY)) {
stringstream details;
details << "state==dqm::EMPTY assertion failed! Actual state is " << state
<< ", iCell = " << iCell;
XCEPT_ASSERT(false, evf::Exception, details.str());
}
setDqmState(iCell, dqm::WRITING);
cell->writeData(runNumber, evtAtUpdate, folderId, fuProcessId, fuGuid,
data, dataSize);
setDqmState(iCell, dqm::WRITTEN);
postDqmIndexToRead(iCell);
if (segmentationMode_)
shmdt(cell);
postDqmRead();
return true;
}
| bool FUShmBuffer::writeErrorEventData | ( | unsigned int | runNumber, |
| unsigned int | fuProcessId, | ||
| unsigned int | iRawCell, | ||
| bool | checkValue | ||
| ) |
Definition at line 746 of file FUShmBuffer.cc.
References data, evf::FUShmRawCell::eventSize(), evf::FUShmRawCell::evtNumber(), evf::FUShmRawCell::fedAddr(), evf::FUShmRawCell::fedSize(), evf::evtn::getlbn(), i, lock(), FEDNumbering::MINTriggerGTPFEDID, nextRecoWriteIndex(), evf::FUShmRawCell::payloadAddr(), pos, postRecoIndexToRead(), postRecoRead(), rawCell(), L1Trigger_dataformats::reco, recoCell(), evf::evt::RECOWRITING, evf::evt::RECOWRITTEN, segmentationMode_, setEvtDiscard(), setEvtState(), unlock(), waitRecoWrite(), and evf::FUShmRecoCell::writeErrorEvent().
Referenced by FUShmReader::~FUShmReader().
{
FUShmRawCell *raw = rawCell(iRawCell);
unsigned int dataSize = sizeof(uint32_t) * (4 + 1024) + raw->eventSize();
unsigned char *data = new unsigned char[dataSize];
uint32_t *pos = (uint32_t*) data;
// 06-Oct-2008, KAB - added a version number for the error event format.
//
// Version 1 had no version number, so the run number appeared in the
// first value. So, a reasonable test for version 1 is whether the
// first value is larger than some relatively small cutoff (say 32).
// Version 2 added the lumi block number.
//
*pos++ = (uint32_t) 2; // protocol version number
*pos++ = (uint32_t) runNumber;
*pos++ = (uint32_t) evf::evtn::getlbn(
raw->fedAddr(FEDNumbering::MINTriggerGTPFEDID)) + 1;
*pos++ = (uint32_t) raw->evtNumber();
for (unsigned int i = 0; i < 1024; i++)
*pos++ = (uint32_t) raw->fedSize(i);
memcpy(pos, raw->payloadAddr(), raw->eventSize());
// DEBUG
/*
if (1) {
stringstream ss;
ss<<"/tmp/run"<<runNumber<<"_evt"<<raw->evtNumber()<<".err";
ofstream fout;
fout.open(ss.str().c_str(),ios::out|ios::binary);
if (!fout.write((char*)data,dataSize))
cout<<"Failed to write error event to "<<ss.str()<<endl;
fout.close();
stringstream ss2;
ss2<<"/tmp/run"<<runNumber<<"_evt"<<raw->evtNumber()<<".info";
ofstream fout2;
fout2.open(ss2.str().c_str());
fout2<<"dataSize = "<<dataSize<<endl;
fout2<<"runNumber = "<<runNumber<<endl;
fout2<<"evtNumber = "<<raw->evtNumber()<<endl;
fout2<<"eventSize = "<<raw->eventSize()<<endl;
unsigned int totalSize(0);
for (unsigned int i=0;i<1024;i++) {
unsigned int fedSize = raw->fedSize(i);
totalSize += fedSize;
if (fedSize>0) fout2<<i<<": "<<fedSize<<endl;
}
fout2<<"totalSize = "<<totalSize<<endl;
fout2.close();
}
*/// END DEBUG
waitRecoWrite();
unsigned int iRecoCell = nextRecoWriteIndex();
FUShmRecoCell* reco = recoCell(iRecoCell);
lock();
setEvtState(iRawCell, evt::RECOWRITING,false);
setEvtDiscard(iRawCell, 1, true,false);
unlock();
reco->writeErrorEvent(iRawCell, runNumber, raw->evtNumber(), fuProcessId,
data, dataSize);
delete[] data;
setEvtState(iRawCell, evt::RECOWRITTEN);
postRecoIndexToRead(iRecoCell);
if (segmentationMode_) {
shmdt(raw);
shmdt(reco);
}
postRecoRead();
return true;
}
| void FUShmBuffer::writeRawEmptyEvent | ( | ) |
Definition at line 572 of file FUShmBuffer.cc.
References evtState(), evf::FUShmRawCell::index(), postRawIndexToRead(), postRawRead(), rawCellToWrite(), evf::evt::RAWWRITING, segmentationMode_, evf::FUShmRawCell::setEventTypeStopper(), setEvtState(), and evf::evt::STOP.
{
FUShmRawCell* cell = rawCellToWrite();
if (cell == 0)
return;
evt::State_t state = evtState(cell->index());
if(!(state == evt::RAWWRITING)) {
stringstream details;
details << "state==evt::RAWWRITING assertion failed! Actual state is "
<< state << ", index = " << cell->index();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
setEvtState(cell->index(), evt::STOP);
cell->setEventTypeStopper();
postRawIndexToRead(cell->index());
if (segmentationMode_)
shmdt(cell);
postRawRead();
}
| void FUShmBuffer::writeRawLumiSectionEvent | ( | unsigned int | ls | ) |
Definition at line 592 of file FUShmBuffer.cc.
References evtState(), evf::FUShmRawCell::index(), evf::evt::LUMISECTION, postRawIndexToRead(), postRawRead(), rawCellToWrite(), evf::evt::RAWWRITING, segmentationMode_, evf::FUShmRawCell::setEventTypeEol(), setEvtNumber(), setEvtState(), and evf::FUShmRawCell::setLumiSection().
{
FUShmRawCell* cell = rawCellToWrite();
if (cell == 0)
return;
cell->setLumiSection(ls);
evt::State_t state = evtState(cell->index());
if (!(state == evt::RAWWRITING)) {
stringstream details;
details << "state==evt::RAWWRITING assertion failed! Actual state is "
<< state << ", index = " << cell->index();
XCEPT_ASSERT(false, evf::Exception, details.str());
}
setEvtNumber(cell->index(),0xfffffffe);
setEvtState(cell->index(), evt::LUMISECTION);
cell->setEventTypeEol();
postRawIndexToRead(cell->index());
if (segmentationMode_)
shmdt(cell);
postRawRead();
}
| void FUShmBuffer::writeRecoEmptyEvent | ( | ) |
Definition at line 614 of file FUShmBuffer.cc.
References evf::FUShmRecoCell::clear(), nextRecoWriteIndex(), postRecoIndexToRead(), postRecoRead(), recoCell(), segmentationMode_, and waitRecoWrite().
{
waitRecoWrite();
unsigned int iCell = nextRecoWriteIndex();
FUShmRecoCell* cell = recoCell(iCell);
cell->clear();
postRecoIndexToRead(iCell);
if (segmentationMode_)
shmdt(cell);
postRecoRead();
}
| bool FUShmBuffer::writeRecoEventData | ( | unsigned int | runNumber, |
| unsigned int | evtNumber, | ||
| unsigned int | outModId, | ||
| unsigned int | fuProcessId, | ||
| unsigned int | fuGuid, | ||
| unsigned char * | data, | ||
| unsigned int | dataSize | ||
| ) |
Definition at line 714 of file FUShmBuffer.cc.
References gather_cfg::cout, incEvtDiscard(), indexForEvtNumber(), lock(), nextRecoWriteIndex(), postRecoIndexToRead(), postRecoRead(), recoCell(), recoCellPayloadSize_, evf::evt::RECOWRITING, evf::evt::RECOWRITTEN, segmentationMode_, setEvtState(), unlock(), waitRecoWrite(), and evf::FUShmRecoCell::writeEventData().
Referenced by edm::FUShmOutputModule::doOutputEvent().
{
if (dataSize > recoCellPayloadSize_) {
cout << "FUShmBuffer::writeRecoEventData() ERROR: buffer overflow."
<< endl;
return false;
}
waitRecoWrite();
unsigned int rawCellIndex = indexForEvtNumber(evtNumber);
unsigned int iCell = nextRecoWriteIndex();
FUShmRecoCell* cell = recoCell(iCell);
//evt::State_t state=evtState(rawCellIndex);
//XCEPT_ASSERT(state==evt::PROCESSING||state==evt::RECOWRITING||state==evt::SENT,
//evf::Exception, "state==evt::PROCESSING||state==evt::RECOWRITING||state==evt::SENT assertion failed!");
lock();
setEvtState(rawCellIndex, evt::RECOWRITING,false);
incEvtDiscard(rawCellIndex,false);
unlock();
cell->writeEventData(rawCellIndex, runNumber, evtNumber, outModId,
fuProcessId, fuGuid, data, dataSize);
setEvtState(rawCellIndex, evt::RECOWRITTEN);
postRecoIndexToRead(iCell);
if (segmentationMode_)
shmdt(cell);
postRecoRead();
return true;
}
| bool FUShmBuffer::writeRecoInitMsg | ( | unsigned int | outModId, |
| unsigned int | fuProcessId, | ||
| unsigned int | fuGuid, | ||
| unsigned char * | data, | ||
| unsigned int | dataSize, | ||
| unsigned int | nExpectedEPs | ||
| ) |
Definition at line 693 of file FUShmBuffer.cc.
References gather_cfg::cout, nextRecoWriteIndex(), postRecoIndexToRead(), postRecoRead(), recoCell(), recoCellPayloadSize_, segmentationMode_, waitRecoWrite(), and evf::FUShmRecoCell::writeInitMsg().
Referenced by edm::FUShmOutputModule::doOutputHeader().
{
if (dataSize > recoCellPayloadSize_) {
cout << "FUShmBuffer::writeRecoInitMsg() ERROR: buffer overflow."
<< endl;
return false;
}
waitRecoWrite();
unsigned int iCell = nextRecoWriteIndex();
FUShmRecoCell* cell = recoCell(iCell);
cell->writeInitMsg(outModId, fuProcessId, fuGuid, data, dataSize,nExpectedEPs);
postRecoIndexToRead(iCell);
if (segmentationMode_)
shmdt(cell);
postRecoRead();
return true;
}
unsigned int evf::FUShmBuffer::clientPrcIdOffset_ [private] |
Definition at line 309 of file FUShmBuffer.h.
Referenced by clientPrcId(), FUShmBuffer(), removeClientPrcId(), and setClientPrcId().
unsigned int evf::FUShmBuffer::dqmCellOffset_ [private] |
Definition at line 328 of file FUShmBuffer.h.
Referenced by dqmCell(), dqmCellShmKey(), FUShmBuffer(), and initialize().
unsigned int evf::FUShmBuffer::dqmCellPayloadSize_ [private] |
Definition at line 326 of file FUShmBuffer.h.
Referenced by dqmCell(), FUShmBuffer(), initialize(), and writeDqmEventData().
unsigned int evf::FUShmBuffer::dqmCellTotalSize_ [private] |
Definition at line 327 of file FUShmBuffer.h.
Referenced by dqmCell(), FUShmBuffer(), and initialize().
unsigned int evf::FUShmBuffer::dqmReadIndex_ [private] |
Definition at line 324 of file FUShmBuffer.h.
unsigned int evf::FUShmBuffer::dqmReadLast_ [private] |
Definition at line 297 of file FUShmBuffer.h.
Referenced by postDqmIndexToRead(), and reset().
unsigned int evf::FUShmBuffer::dqmReadNext_ [private] |
Definition at line 296 of file FUShmBuffer.h.
Referenced by nextDqmReadIndex(), and reset().
unsigned int evf::FUShmBuffer::dqmReadOffset_ [private] |
Definition at line 298 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), nextDqmReadIndex(), postDqmIndexToRead(), and reset().
unsigned int evf::FUShmBuffer::dqmStateOffset_ [private] |
Definition at line 305 of file FUShmBuffer.h.
Referenced by dqmState(), FUShmBuffer(), and setDqmState().
unsigned int evf::FUShmBuffer::dqmWriteIndex_ [private] |
Definition at line 323 of file FUShmBuffer.h.
unsigned int evf::FUShmBuffer::dqmWriteLast_ [private] |
Definition at line 294 of file FUShmBuffer.h.
Referenced by postDqmIndexToWrite(), and reset().
unsigned int evf::FUShmBuffer::dqmWriteNext_ [private] |
Definition at line 293 of file FUShmBuffer.h.
Referenced by nextDqmWriteIndex(), and reset().
unsigned int evf::FUShmBuffer::dqmWriteOffset_ [private] |
Definition at line 295 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), nextDqmWriteIndex(), postDqmIndexToWrite(), and reset().
unsigned int evf::FUShmBuffer::evtDiscardOffset_ [private] |
Definition at line 301 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), incEvtDiscard(), rawCellReadyForDiscard(), and setEvtDiscard().
unsigned int evf::FUShmBuffer::evtNumberOffset_ [private] |
Definition at line 302 of file FUShmBuffer.h.
Referenced by evtNumber(), FUShmBuffer(), indexForEvtNumber(), and setEvtNumber().
unsigned int evf::FUShmBuffer::evtPrcIdOffset_ [private] |
Definition at line 303 of file FUShmBuffer.h.
Referenced by evtPrcId(), FUShmBuffer(), indexForEvtPrcId(), and setEvtPrcId().
unsigned int evf::FUShmBuffer::evtStateOffset_ [private] |
Definition at line 300 of file FUShmBuffer.h.
Referenced by evtState(), FUShmBuffer(), and setEvtState().
unsigned int evf::FUShmBuffer::evtTimeStampOffset_ [private] |
Definition at line 304 of file FUShmBuffer.h.
Referenced by evtTimeStamp(), FUShmBuffer(), and setEvtTimeStamp().
unsigned int evf::FUShmBuffer::nClients_ [private] |
Definition at line 307 of file FUShmBuffer.h.
Referenced by nClients(), removeClientPrcId(), reset(), and setClientPrcId().
unsigned int evf::FUShmBuffer::nClientsMax_ [private] |
Definition at line 308 of file FUShmBuffer.h.
Referenced by clientPrcId(), FUShmBuffer(), and setClientPrcId().
unsigned int evf::FUShmBuffer::nDqmCells_ [private] |
Definition at line 325 of file FUShmBuffer.h.
Referenced by dqmCell(), dqmCellShmKey(), dqmState(), FUShmBuffer(), initialize(), nDqmCells(), nextDqmReadIndex(), nextDqmWriteIndex(), postDqmIndexToRead(), postDqmIndexToWrite(), reset(), and setDqmState().
unsigned int evf::FUShmBuffer::nRawCells_ [private] |
Definition at line 311 of file FUShmBuffer.h.
Referenced by discardRecoCell(), evtNumber(), evtPrcId(), evtState(), evtTimeStamp(), finishReadingRecoCell(), FUShmBuffer(), incEvtDiscard(), indexForEvtNumber(), indexForEvtPrcId(), initialize(), nextRawReadIndex(), nextRawWriteIndex(), nRawCells(), postRawIndexToRead(), postRawIndexToWrite(), rawCell(), rawCellReadyForDiscard(), rawCellShmKey(), recoCellToRead(), reset(), setEvtDiscard(), setEvtNumber(), setEvtPrcId(), setEvtState(), and setEvtTimeStamp().
unsigned int evf::FUShmBuffer::nRecoCells_ [private] |
Definition at line 318 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), initialize(), nextRecoReadIndex(), nextRecoWriteIndex(), nRecoCells(), postRecoIndexToRead(), postRecoIndexToWrite(), recoCell(), recoCellShmKey(), and reset().
unsigned int evf::FUShmBuffer::rawCellOffset_ [private] |
Definition at line 314 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), initialize(), rawCell(), and rawCellShmKey().
unsigned int evf::FUShmBuffer::rawCellPayloadSize_ [private] |
Definition at line 312 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), initialize(), and rawCell().
unsigned int evf::FUShmBuffer::rawCellTotalSize_ [private] |
Definition at line 313 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), initialize(), and rawCell().
unsigned int evf::FUShmBuffer::rawDiscardIndex_ [private] |
Definition at line 284 of file FUShmBuffer.h.
Referenced by rawCellToDiscard(), scheduleRawCellForDiscard(), scheduleRawCellForDiscardServerSide(), scheduleRawEmptyCellForDiscard(), and scheduleRawEmptyCellForDiscardServerSide().
unsigned int evf::FUShmBuffer::rawReadLast_ [private] |
Definition at line 282 of file FUShmBuffer.h.
Referenced by postRawIndexToRead(), and reset().
unsigned int evf::FUShmBuffer::rawReadNext_ [private] |
Definition at line 281 of file FUShmBuffer.h.
Referenced by nextRawReadIndex(), and reset().
unsigned int evf::FUShmBuffer::rawReadOffset_ [private] |
Definition at line 283 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), nextRawReadIndex(), postRawIndexToRead(), and reset().
unsigned int evf::FUShmBuffer::rawWriteLast_ [private] |
Definition at line 279 of file FUShmBuffer.h.
Referenced by postRawIndexToWrite(), and reset().
unsigned int evf::FUShmBuffer::rawWriteNext_ [private] |
Definition at line 278 of file FUShmBuffer.h.
Referenced by nextRawWriteIndex(), and reset().
unsigned int evf::FUShmBuffer::rawWriteOffset_ [private] |
Definition at line 280 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), nextRawWriteIndex(), postRawIndexToWrite(), and reset().
unsigned int evf::FUShmBuffer::recoCellOffset_ [private] |
Definition at line 321 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), initialize(), recoCell(), and recoCellShmKey().
unsigned int evf::FUShmBuffer::recoCellPayloadSize_ [private] |
Definition at line 319 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), initialize(), recoCell(), writeRecoEventData(), and writeRecoInitMsg().
unsigned int evf::FUShmBuffer::recoCellTotalSize_ [private] |
Definition at line 320 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), initialize(), and recoCell().
unsigned int evf::FUShmBuffer::recoReadIndex_ [private] |
Definition at line 317 of file FUShmBuffer.h.
unsigned int evf::FUShmBuffer::recoReadLast_ [private] |
Definition at line 290 of file FUShmBuffer.h.
Referenced by postRecoIndexToRead(), and reset().
unsigned int evf::FUShmBuffer::recoReadNext_ [private] |
Definition at line 289 of file FUShmBuffer.h.
Referenced by nextRecoReadIndex(), and reset().
unsigned int evf::FUShmBuffer::recoReadOffset_ [private] |
Definition at line 291 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), nextRecoReadIndex(), postRecoIndexToRead(), and reset().
unsigned int evf::FUShmBuffer::recoWriteIndex_ [private] |
Definition at line 316 of file FUShmBuffer.h.
unsigned int evf::FUShmBuffer::recoWriteLast_ [private] |
Definition at line 287 of file FUShmBuffer.h.
Referenced by postRecoIndexToWrite(), and reset().
unsigned int evf::FUShmBuffer::recoWriteNext_ [private] |
Definition at line 286 of file FUShmBuffer.h.
Referenced by nextRecoWriteIndex(), and reset().
unsigned int evf::FUShmBuffer::recoWriteOffset_ [private] |
Definition at line 288 of file FUShmBuffer.h.
Referenced by FUShmBuffer(), nextRecoWriteIndex(), postRecoIndexToWrite(), and reset().
bool evf::FUShmBuffer::segmentationMode_ [private] |
Definition at line 274 of file FUShmBuffer.h.
Referenced by discardDqmCell(), discardOrphanedRecoCell(), discardRecoCell(), dqmCell(), finishReadingDqmCell(), finishReadingRawCell(), finishReadingRecoCell(), finishWritingRawCell(), FUShmBuffer(), initialize(), rawCell(), recoCell(), releaseRawCell(), reset(), scheduleRawEmptyCellForDiscard(), scheduleRawEmptyCellForDiscardServerSide(), shmKey(), writeDqmEmptyEvent(), writeDqmEventData(), writeErrorEventData(), writeRawEmptyEvent(), writeRawLumiSectionEvent(), writeRecoEmptyEvent(), writeRecoEventData(), and writeRecoInitMsg().
int evf::FUShmBuffer::semid_ [private] |
Definition at line 276 of file FUShmBuffer.h.
Referenced by initialize(), and semid().
const char * FUShmBuffer::semKeyPath_ [static, private] |
(getenv("FUSEM_KEYFILE") == NULL ? "/dev/null"
: getenv("FUSEM_KEYFILE"))
Definition at line 331 of file FUShmBuffer.h.
Referenced by getSemKey().
int evf::FUShmBuffer::shmid_ [private] |
Definition at line 275 of file FUShmBuffer.h.
Referenced by initialize(), and shmid().
const char * FUShmBuffer::shmKeyPath_ [static, private] |
(getenv("FUSHM_KEYFILE") == NULL ? "/dev/null"
: getenv("FUSHM_KEYFILE"))
Definition at line 330 of file FUShmBuffer.h.
Referenced by getShmDescriptorKey(), getShmKey(), and initialize().
1.7.3