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#include <RootOutputFile.h>
Definition at line 40 of file RootOutputFile.h.
Definition at line 42 of file RootOutputFile.h.
Definition at line 43 of file RootOutputFile.h.
| typedef std::array<RootOutputTree*, NumBranchTypes> edm::RootOutputFile::RootOutputTreePtrArray |
Definition at line 44 of file RootOutputFile.h.
| edm::RootOutputFile::RootOutputFile | ( | PoolOutputModule * | om, |
| std::string const & | fileName, | ||
| std::string const & | logicalFileName | ||
| ) | [explicit] |
Definition at line 66 of file RootOutputFile.cc.
References edm::RootOutputTree::addAuxiliary(), edm::RootOutputTree::addBranch(), edm::PoolOutputModule::auxItems(), branchesWithStoredHistory_, edm::poolNames::branchListIndexesBranchName(), edm::BranchDescription::branchName(), revisionDML::branchType(), edm::BranchTypeToAuxiliaryBranchName(), edm::BranchTypeToProductProvenanceBranchName(), edm::PoolOutputModule::catalog(), edm::PoolOutputModule::compressionAlgorithm(), edm::errors::Configuration, edm::createGlobalIdentifier(), cms::Digest::digest(), edm::PoolOutputModule::eventAutoFlushSize(), edm::poolNames::eventSelectionsBranchName(), eventTree_, Exception, fid_, file_, filePtr_, edm::BranchDescription::fullClassName(), edm::BranchDescription::getInterface(), i, edm::InEvent, edm::BranchDescription::init(), edm::InLumi, edm::InRun, logicalFile_, lumiTree_, edm::RootOutputTree::makeTTree(), metaDataTree_, edm::poolNames::metaDataTreeName(), edm::BranchDescription::moduleLabel(), edm::PoolOutputModule::moduleLabel(), edm::NumBranchTypes, om_, parameterSetsTree_, edm::poolNames::parameterSetsTreeName(), parentageTree_, edm::poolNames::parentageTreeName(), pBranchListIndexes_, pEventAux_, pEventEntryInfoVector_, pEventSelectionIDs_, pLumiAux_, edm::BranchDescription::processName(), edm::BranchDescription::productInstanceName(), pRunAux_, reportToken_, runTree_, edm::PoolOutputModule::selectedOutputItemList(), edm::RootOutputTree::setAutoFlush(), edm::sort_all(), treePointers_, and edm::BranchDescription::wrappedName().
:
file_(fileName),
logicalFile_(logicalFileName),
reportToken_(0),
om_(om),
whyNotFastClonable_(om_->whyNotFastClonable()),
canFastCloneAux_(false),
filePtr_(TFile::Open(file_.c_str(), "recreate", "", om_->compressionLevel())),
fid_(),
eventEntryNumber_(0LL),
lumiEntryNumber_(0LL),
runEntryNumber_(0LL),
indexIntoFile_(),
metaDataTree_(0),
parameterSetsTree_(0),
parentageTree_(0),
lumiAux_(),
runAux_(),
pEventAux_(0),
pLumiAux_(&lumiAux_),
pRunAux_(&runAux_),
eventEntryInfoVector_(),
pEventEntryInfoVector_(&eventEntryInfoVector_),
pBranchListIndexes_(0),
pEventSelectionIDs_(0),
eventTree_(filePtr_, InEvent, om_->splitLevel(), om_->treeMaxVirtualSize()),
lumiTree_(filePtr_, InLumi, om_->splitLevel(), om_->treeMaxVirtualSize()),
runTree_(filePtr_, InRun, om_->splitLevel(), om_->treeMaxVirtualSize()),
treePointers_(),
dataTypeReported_(false),
parentageIDs_(),
branchesWithStoredHistory_() {
#if ROOT_VERSION_CODE >= ROOT_VERSION(5,30,0)
if (om_->compressionAlgorithm() == std::string("ZLIB")) {
filePtr_->SetCompressionAlgorithm(ROOT::kZLIB);
} else if (om_->compressionAlgorithm() == std::string("LZMA")) {
filePtr_->SetCompressionAlgorithm(ROOT::kLZMA);
} else {
throw Exception(errors::Configuration) << "PoolOutputModule configured with unknown compression algorithm '" << om_->compressionAlgorithm() << "'\n"
<< "Allowed compression algorithms are ZLIB and LZMA\n";
}
#endif
if (-1 != om->eventAutoFlushSize()) {
eventTree_.setAutoFlush(-1*om->eventAutoFlushSize());
}
eventTree_.addAuxiliary<EventAuxiliary>(BranchTypeToAuxiliaryBranchName(InEvent),
pEventAux_, om_->auxItems()[InEvent].basketSize_);
eventTree_.addAuxiliary<StoredProductProvenanceVector>(BranchTypeToProductProvenanceBranchName(InEvent),
pEventEntryInfoVector_, om_->auxItems()[InEvent].basketSize_);
eventTree_.addAuxiliary<EventSelectionIDVector>(poolNames::eventSelectionsBranchName(),
pEventSelectionIDs_, om_->auxItems()[InEvent].basketSize_,false);
eventTree_.addAuxiliary<BranchListIndexes>(poolNames::branchListIndexesBranchName(),
pBranchListIndexes_, om_->auxItems()[InEvent].basketSize_);
lumiTree_.addAuxiliary<LuminosityBlockAuxiliary>(BranchTypeToAuxiliaryBranchName(InLumi),
pLumiAux_, om_->auxItems()[InLumi].basketSize_);
runTree_.addAuxiliary<RunAuxiliary>(BranchTypeToAuxiliaryBranchName(InRun),
pRunAux_, om_->auxItems()[InRun].basketSize_);
treePointers_[InEvent] = &eventTree_;
treePointers_[InLumi] = &lumiTree_;
treePointers_[InRun] = &runTree_;
for(int i = InEvent; i < NumBranchTypes; ++i) {
BranchType branchType = static_cast<BranchType>(i);
RootOutputTree *theTree = treePointers_[branchType];
for(OutputItemList::const_iterator it = om_->selectedOutputItemList()[branchType].begin(),
itEnd = om_->selectedOutputItemList()[branchType].end();
it != itEnd; ++it) {
it->product_ = 0;
BranchDescription const& desc = *it->branchDescription_;
desc.init();
theTree->addBranch(desc.branchName(),
desc.wrappedName(),
desc.getInterface(),
it->product_,
it->splitLevel_,
it->basketSize_,
it->branchDescription_->produced());
//make sure we always store product registry info for all branches we create
branchesWithStoredHistory_.insert(it->branchID());
}
}
// Don't split metadata tree or event description tree
metaDataTree_ = RootOutputTree::makeTTree(filePtr_.get(), poolNames::metaDataTreeName(), 0);
parentageTree_ = RootOutputTree::makeTTree(filePtr_.get(), poolNames::parentageTreeName(), 0);
parameterSetsTree_ = RootOutputTree::makeTTree(filePtr_.get(), poolNames::parameterSetsTreeName(), 0);
fid_ = FileID(createGlobalIdentifier());
// For the Job Report, get a vector of branch names in the "Events" tree.
// Also create a hash of all the branch names in the "Events" tree
// in a deterministic order, except use the full class name instead of the friendly class name.
// To avoid extra string copies, we create a vector of pointers into the product registry,
// and use a custom comparison operator for sorting.
std::vector<std::string> branchNames;
std::vector<BranchDescription const*> branches;
branchNames.reserve(om_->selectedOutputItemList()[InEvent].size());
branches.reserve(om->selectedOutputItemList()[InEvent].size());
for(OutputItemList::const_iterator it = om_->selectedOutputItemList()[InEvent].begin(),
itEnd = om_->selectedOutputItemList()[InEvent].end();
it != itEnd; ++it) {
branchNames.push_back(it->branchDescription_->branchName());
branches.push_back(it->branchDescription_);
}
// Now sort the branches for the hash.
sort_all(branches, sorterForJobReportHash);
// Now, make a concatenated string.
std::ostringstream oss;
char const underscore = '_';
for(std::vector<BranchDescription const*>::const_iterator it = branches.begin(), itEnd = branches.end(); it != itEnd; ++it) {
BranchDescription const& bd = **it;
oss << bd.fullClassName() << underscore
<< bd.moduleLabel() << underscore
<< bd.productInstanceName() << underscore
<< bd.processName() << underscore;
}
std::string stringrep = oss.str();
cms::Digest md5alg(stringrep);
// Register the output file with the JobReport service
// and get back the token for it.
std::string moduleName = "PoolOutputModule";
Service<JobReport> reportSvc;
reportToken_ = reportSvc->outputFileOpened(
file_, logicalFile_, // PFN and LFN
om_->catalog(), // catalog
moduleName, // module class name
om_->moduleLabel(), // module label
fid_.fid(), // file id (guid)
std::string(), // data type (not yet known, so string is empty).
md5alg.digest().toString(), // branch hash
branchNames); // branch names being written
}
| edm::RootOutputFile::~RootOutputFile | ( | ) | [inline] |
Definition at line 47 of file RootOutputFile.h.
{}
| void edm::RootOutputFile::beginInputFile | ( | FileBlock const & | fb, |
| int | remainingEvents | ||
| ) |
Definition at line 292 of file RootOutputFile.cc.
References edm::PoolOutputModule::basketOrder(), edm::FileBlock::branchListIndexesUnchanged(), edm::FileBlock::CanFastClone, canFastCloneAux_, edm::RootOutputTree::checkIfFastClonable(), edm::RootOutputTree::checkSplitLevelsAndBasketSizes(), edm::PoolOutputModule::dropMetaData(), edm::PoolOutputModule::DropNone, eventTree_, Exception, file_, edm::FileBlock::fileFormatVersion(), edm::FileBlock::fileName(), edm::OutputModule::hasNewlyDroppedBranch(), edm::FileBlock::hasNewlyDroppedBranch(), edm::InEvent, edm::PoolOutputModule::inputFileCount(), edm::match(), edm::RootOutputTree::maybeFastCloneTree(), edm::errors::MismatchedInputFiles, edm::FileBlock::modifiedIDs(), edm::FileFormatVersion::noMetaDataTrees(), edm::FileBlock::NoRootInputSource, om_, edm::PoolOutputModule::overrideInputFileSplitLevels(), reportToken_, edm::FileBlock::tree(), edm::FileBlock::whyNotFastClonable(), edm::PoolOutputModule::whyNotFastClonable(), and whyNotFastClonable_.
{
// Reset per input file information
whyNotFastClonable_ = om_->whyNotFastClonable();
canFastCloneAux_ = false;
if(fb.tree() != 0) {
whyNotFastClonable_ |= fb.whyNotFastClonable();
if(remainingEvents >= 0 && remainingEvents < fb.tree()->GetEntries()) {
whyNotFastClonable_ |= FileBlock::OutputMaxEventsTooSmall;
}
bool match = eventTree_.checkSplitLevelsAndBasketSizes(fb.tree());
if(!match) {
if(om_->overrideInputFileSplitLevels()) {
// We may be fast copying. We must disable fast copying if the split levels
// or basket sizes do not match.
whyNotFastClonable_ |= FileBlock::SplitLevelMismatch;
} else {
// We are using the input split levels and basket sizes from the first input file
// for copied output branches. In this case, we throw an exception if any branches
// have different split levels or basket sizes in a subsequent input file.
// If the mismatch is in the first file, there is a bug somewhere, so we assert.
assert(om_->inputFileCount() > 1);
throw Exception(errors::MismatchedInputFiles, "RootOutputFile::beginInputFile()") <<
"Merge failure because input file " << file_ << " has different ROOT split levels or basket sizes\n" <<
"than previous files. To allow merging in splite of this, use the configuration parameter\n" <<
"overrideInputFileSplitLevels=cms.untracked.bool(True)\n" <<
"in every PoolOutputModule.\n";
}
}
// Since this check can be time consuming, we do it only if we would otherwise fast clone.
if(whyNotFastClonable_ == FileBlock::CanFastClone) {
if(!eventTree_.checkIfFastClonable(fb.tree())) {
whyNotFastClonable_ |= FileBlock::BranchMismatch;
}
}
// We now check if we can fast copy the auxiliary branches.
// We can do so only if we can otherwise fast copy,
// the input file has the current format (these branches are in the Events Tree),
// there are no newly dropped or produced products,
// no metadata has been dropped,
// ID's have not been modified,
// and the branch list indexes do not need modification.
Service<ConstProductRegistry> reg;
canFastCloneAux_ = (whyNotFastClonable_ == FileBlock::CanFastClone) &&
fb.fileFormatVersion().noMetaDataTrees() &&
!om_->hasNewlyDroppedBranch()[InEvent] &&
!fb.hasNewlyDroppedBranch()[InEvent] &&
om_->dropMetaData() == PoolOutputModule::DropNone &&
!reg->anyProductProduced() &&
!fb.modifiedIDs() &&
fb.branchListIndexesUnchanged();
// Report the fast copying status.
Service<JobReport> reportSvc;
reportSvc->reportFastCopyingStatus(reportToken_, fb.fileName(), whyNotFastClonable_ == FileBlock::CanFastClone);
} else {
whyNotFastClonable_ |= FileBlock::NoRootInputSource;
}
eventTree_.maybeFastCloneTree(whyNotFastClonable_ == FileBlock::CanFastClone, canFastCloneAux_, fb.tree(), om_->basketOrder());
// Possibly issue warning or informational message if we haven't fast cloned.
if(fb.tree() != 0 && whyNotFastClonable_ != FileBlock::CanFastClone) {
maybeIssueWarning(whyNotFastClonable_, fb.fileName(), file_);
}
}
| std::string const& edm::RootOutputFile::fileName | ( | ) | const [inline] |
| void edm::RootOutputFile::fillBranches | ( | BranchType const & | branchType, |
| Principal const & | principal, | ||
| StoredProductProvenanceVector * | productProvenanceVecPtr | ||
| ) | [private] |
Definition at line 675 of file RootOutputFile.cc.
References branchesWithStoredHistory_, revisionDML::branchType(), edm::FileBlock::CanFastClone, compareJSON::const, CommonMethods::cp(), edm::PoolOutputModule::DropDroppedPrior, edm::PoolOutputModule::dropMetaData(), edm::PoolOutputModule::DropNone, edm::PoolOutputModule::DropPrior, edm::Principal::getForOutput(), i, edm::InEvent, insertAncestors(), insertProductProvenance(), om_, cmsRelvalreport::principal(), edm::es::produced, edm::OutputHandle::productProvenance(), edm::PoolOutputModule::selectedOutputItemList(), treePointers_, whyNotFastClonable_, and edm::OutputHandle::wrapper().
Referenced by writeLuminosityBlock(), writeOne(), and writeRun().
{
typedef std::vector<std::pair<TClass*, void const*> > Dummies;
Dummies dummies;
bool const fastCloning = (branchType == InEvent) && (whyNotFastClonable_ == FileBlock::CanFastClone);
OutputItemList const& items = om_->selectedOutputItemList()[branchType];
std::set<StoredProductProvenance> provenanceToKeep;
// Loop over EDProduct branches, fill the provenance, and write the branch.
for(OutputItemList::const_iterator i = items.begin(), iEnd = items.end(); i != iEnd; ++i) {
BranchID const& id = i->branchDescription_->branchID();
branchesWithStoredHistory_.insert(id);
bool produced = i->branchDescription_->produced();
bool keepProvenance = productProvenanceVecPtr != 0 &&
(om_->dropMetaData() == PoolOutputModule::DropNone ||
om_->dropMetaData() == PoolOutputModule::DropDroppedPrior ||
(om_->dropMetaData() == PoolOutputModule::DropPrior && produced));
bool getProd = (produced || !fastCloning ||
treePointers_[branchType]->uncloned(i->branchDescription_->branchName()));
void const* product = 0;
OutputHandle const oh = principal.getForOutput(id, getProd);
if(keepProvenance && oh.productProvenance()) {
insertProductProvenance(*oh.productProvenance(),provenanceToKeep);
//provenanceToKeep.insert(*oh.productProvenance());
EventPrincipal const& eventPrincipal = dynamic_cast<EventPrincipal const&>(principal);
assert(eventPrincipal.branchMapperPtr());
insertAncestors(*oh.productProvenance(), eventPrincipal, produced, provenanceToKeep);
}
product = oh.wrapper();
if(getProd) {
if(product == 0) {
// No product with this ID is in the event.
// Add a null product.
TClass* cp = gROOT->GetClass(i->branchDescription_->wrappedName().c_str());
product = cp->New();
dummies.emplace_back(cp, product);
}
i->product_ = product;
}
}
if(productProvenanceVecPtr != 0) productProvenanceVecPtr->assign(provenanceToKeep.begin(), provenanceToKeep.end());
treePointers_[branchType]->fillTree();
if(productProvenanceVecPtr != 0) productProvenanceVecPtr->clear();
for(Dummies::iterator it = dummies.begin(), itEnd = dummies.end(); it != itEnd; ++it) {
it->first->Destructor(const_cast<void *>(it->second));
}
}
| void edm::RootOutputFile::finishEndFile | ( | ) |
Definition at line 596 of file RootOutputFile.cc.
References revisionDML::branchType(), filePtr_, i, edm::InEvent, edm::OutputModule::keptProducts(), metaDataTree_, edm::NumBranchTypes, om_, parameterSetsTree_, parentageTree_, reportToken_, setBranchAliases(), diffTreeTool::tree, treePointers_, and edm::RootOutputTree::writeTTree().
{
metaDataTree_->SetEntries(-1);
RootOutputTree::writeTTree(metaDataTree_);
RootOutputTree::writeTTree(parameterSetsTree_);
RootOutputTree::writeTTree(parentageTree_);
// Create branch aliases for all the branches in the
// events/lumis/runs trees. The loop is over all types of data
// products.
for(int i = InEvent; i < NumBranchTypes; ++i) {
BranchType branchType = static_cast<BranchType>(i);
setBranchAliases(treePointers_[branchType]->tree(), om_->keptProducts()[branchType]);
treePointers_[branchType]->writeTree();
}
// close the file -- mfp
// Just to play it safe, zero all pointers to objects in the TFile to be closed.
metaDataTree_ = parentageTree_ = 0;
for(RootOutputTreePtrArray::iterator it = treePointers_.begin(), itEnd = treePointers_.end(); it != itEnd; ++it) {
(*it)->close();
(*it) = 0;
}
filePtr_->Close();
filePtr_.reset();
// report that file has been closed
Service<JobReport> reportSvc;
reportSvc->outputFileClosed(reportToken_);
}
| void edm::RootOutputFile::insertAncestors | ( | ProductProvenance const & | iGetParents, |
| EventPrincipal const & | principal, | ||
| bool | produced, | ||
| std::set< StoredProductProvenance > & | oToFill | ||
| ) | [private] |
Definition at line 650 of file RootOutputFile.cc.
References branchesWithStoredHistory_, edm::ProductProvenance::branchID(), edm::BranchMapper::branchIDToProvenance(), edm::EventPrincipal::branchMapperPtr(), edm::PoolOutputModule::DropAll, edm::PoolOutputModule::DropDroppedPrior, edm::PoolOutputModule::dropMetaData(), edm::PoolOutputModule::DropNone, edm::PoolOutputModule::DropPrior, edm::EventPrincipal::getProvenance(), info, insertProductProvenance(), om_, edm::ProductProvenance::parentage(), edm::Parentage::parents(), and edm::es::produced.
Referenced by fillBranches().
{
assert(om_->dropMetaData() != PoolOutputModule::DropAll);
assert(produced || om_->dropMetaData() != PoolOutputModule::DropPrior);
if(om_->dropMetaData() == PoolOutputModule::DropDroppedPrior && !produced) return;
BranchMapper const& iMapper = *principal.branchMapperPtr();
std::vector<BranchID> const& parentIDs = iGetParents.parentage().parents();
for(std::vector<BranchID>::const_iterator it = parentIDs.begin(), itEnd = parentIDs.end();
it != itEnd; ++it) {
branchesWithStoredHistory_.insert(*it);
ProductProvenance const* info = iMapper.branchIDToProvenance(*it);
if(info) {
if(om_->dropMetaData() == PoolOutputModule::DropNone ||
principal.getProvenance(info->branchID()).product().produced()) {
if(insertProductProvenance(*info,oToFill) ) {
//haven't seen this one yet
insertAncestors(*info, principal, produced, oToFill);
}
}
}
}
}
| bool edm::RootOutputFile::insertProductProvenance | ( | const ProductProvenance & | , |
| std::set< StoredProductProvenance > & | oToInsert | ||
| ) | [private] |
Definition at line 734 of file RootOutputFile.cc.
References edm::ProductProvenance::branchID(), edm::StoredProductProvenance::branchID_, i, edm::BranchID::id(), edm::ProductProvenance::parentageID(), edm::StoredProductProvenance::parentageIDIndex_, and parentageIDs_.
Referenced by fillBranches(), and insertAncestors().
{
StoredProductProvenance toStore;
toStore.branchID_ = iProv.branchID().id();
std::set<edm::StoredProductProvenance>::iterator itFound = oToInsert.find(toStore);
if(itFound == oToInsert.end()) {
//get the index to the ParentageID or insert a new value if not already present
std::pair<std::map<edm::ParentageID,unsigned int>::iterator,bool> i = parentageIDs_.insert(std::make_pair(iProv.parentageID(),static_cast<unsigned int>(parentageIDs_.size())));
toStore.parentageIDIndex_ = i.first->second;
oToInsert.insert(toStore);
return true;
}
return false;
}
| void edm::RootOutputFile::respondToCloseInputFile | ( | FileBlock const & | fb | ) |
Definition at line 364 of file RootOutputFile.cc.
References eventTree_, lumiTree_, runTree_, and edm::RootOutputTree::setEntries().
{
eventTree_.setEntries();
lumiTree_.setEntries();
runTree_.setEntries();
}
| void edm::RootOutputFile::setBranchAliases | ( | TTree * | tree, |
| Selections const & | branches | ||
| ) | const [private] |
Definition at line 629 of file RootOutputFile.cc.
References edm::BranchDescription::branchAliases(), edm::BranchDescription::branchName(), full, i, edm::BranchDescription::moduleLabel(), and edm::BranchDescription::productInstanceName().
Referenced by finishEndFile().
{
if(tree && tree->GetNbranches() != 0) {
for(Selections::const_iterator i = branches.begin(), iEnd = branches.end();
i != iEnd; ++i) {
BranchDescription const& pd = **i;
std::string const& full = pd.branchName() + "obj";
if(pd.branchAliases().empty()) {
std::string const& alias =
(pd.productInstanceName().empty() ? pd.moduleLabel() : pd.productInstanceName());
tree->SetAlias(alias.c_str(), full.c_str());
} else {
std::set<std::string>::const_iterator it = pd.branchAliases().begin(), itEnd = pd.branchAliases().end();
for(; it != itEnd; ++it) {
tree->SetAlias((*it).c_str(), full.c_str());
}
}
}
}
}
| bool edm::RootOutputFile::shouldWeCloseFile | ( | ) | const |
Definition at line 370 of file RootOutputFile.cc.
References filePtr_, edm::PoolOutputModule::maxFileSize(), om_, and findQualityFiles::size.
| void edm::RootOutputFile::writeBranchIDListRegistry | ( | ) |
Definition at line 541 of file RootOutputFile.cc.
References b, edm::PoolOutputModule::basketSize(), edm::poolNames::branchIDListBranchName(), instance, metaDataTree_, om_, and AlCaHLTBitMon_ParallelJobs::p.
{
BranchIDListRegistry::collection_type* p = &BranchIDListRegistry::instance()->data();
TBranch* b = metaDataTree_->Branch(poolNames::branchIDListBranchName().c_str(), &p, om_->basketSize(), 0);
assert(b);
b->Fill();
}
| void edm::RootOutputFile::writeFileFormatVersion | ( | ) |
Definition at line 482 of file RootOutputFile.cc.
References b, edm::PoolOutputModule::basketSize(), edm::poolNames::fileFormatVersionBranchName(), edm::getFileFormatVersion(), metaDataTree_, and om_.
{
FileFormatVersion fileFormatVersion(getFileFormatVersion());
FileFormatVersion* pFileFmtVsn = &fileFormatVersion;
TBranch* b = metaDataTree_->Branch(poolNames::fileFormatVersionBranchName().c_str(), &pFileFmtVsn, om_->basketSize(), 0);
assert(b);
b->Fill();
}
| void edm::RootOutputFile::writeFileIdentifier | ( | ) |
Definition at line 490 of file RootOutputFile.cc.
References b, edm::PoolOutputModule::basketSize(), fid_, edm::poolNames::fileIdentifierBranchName(), metaDataTree_, and om_.
{
FileID* fidPtr = &fid_;
TBranch* b = metaDataTree_->Branch(poolNames::fileIdentifierBranchName().c_str(), &fidPtr, om_->basketSize(), 0);
assert(b);
b->Fill();
}
| void edm::RootOutputFile::writeIndexIntoFile | ( | ) |
Definition at line 497 of file RootOutputFile.cc.
References cms::Exception::addContext(), b, edm::PoolOutputModule::basketSize(), edm::RootOutputTree::checkEntriesInReadBranches(), eventEntryNumber_, eventTree_, indexIntoFile_, edm::poolNames::indexIntoFileBranchName(), metaDataTree_, om_, edm::errors::OtherCMS, and edm::IndexIntoFile::sortVector_Run_Or_Lumi_Entries().
{
if (eventTree_.checkEntriesInReadBranches(eventEntryNumber_) == false) {
Exception ex(errors::OtherCMS);
ex << "The number of entries in at least one output TBranch whose entries\n"
"were copied from the input does not match the number of events\n"
"recorded in IndexIntoFile. This might (or might not) indicate a\n"
"problem related to fast copy.";
ex.addContext("Calling RootOutputFile::writeIndexIntoFile");
throw ex;
}
indexIntoFile_.sortVector_Run_Or_Lumi_Entries();
IndexIntoFile* iifPtr = &indexIntoFile_;
TBranch* b = metaDataTree_->Branch(poolNames::indexIntoFileBranchName().c_str(), &iifPtr, om_->basketSize(), 0);
assert(b);
b->Fill();
}
| void edm::RootOutputFile::writeLuminosityBlock | ( | LuminosityBlockPrincipal const & | lb | ) |
Definition at line 418 of file RootOutputFile.cc.
References edm::IndexIntoFile::addEntry(), edm::LuminosityBlockPrincipal::aux(), fillBranches(), indexIntoFile_, edm::InLumi, instance, lumiAux_, lumiEntryNumber_, edm::LuminosityBlockAuxiliary::luminosityBlock(), lumiTree_, edm::RootOutputTree::optimizeBaskets(), edm::Principal::processHistoryID(), edm::LuminosityBlockAuxiliary::run(), and edm::LuminosityBlockAuxiliary::setProcessHistoryID().
{
// Auxiliary branch
// NOTE: lumiAux_ must be filled before calling fillBranches since it gets written out in that routine.
lumiAux_ = lb.aux();
// Use the updated process historyID
lumiAux_.setProcessHistoryID(lb.processHistoryID());
// Store the reduced ID in the IndexIntoFile
ProcessHistoryID reducedPHID = ProcessHistoryRegistry::instance()->extra().reduceProcessHistoryID(lb.processHistoryID());
// Add lumi to index.
indexIntoFile_.addEntry(reducedPHID, lumiAux_.run(), lumiAux_.luminosityBlock(), 0U, lumiEntryNumber_);
++lumiEntryNumber_;
fillBranches(InLumi, lb, 0);
lumiTree_.optimizeBaskets(10ULL*1024*1024);
}
| void edm::RootOutputFile::writeOne | ( | EventPrincipal const & | e | ) |
Definition at line 376 of file RootOutputFile.cc.
References edm::IndexIntoFile::addEntry(), edm::EventPrincipal::aux(), edm::EventPrincipal::branchListIndexes(), dtTPAnalyzer_cfg::dataType, dataTypeReported_, edm::EventID::event(), edm::EventAuxiliary::event(), eventEntryNumber_, edm::EventPrincipal::eventSelectionIDs(), fillBranches(), edm::EventPrincipal::id(), indexIntoFile_, edm::InEvent, instance, edm::EventAuxiliary::isRealData(), edm::EventAuxiliary::luminosityBlock(), om_, pBranchListIndexes_, pEventAux_, pEventEntryInfoVector_, pEventSelectionIDs_, edm::EventAuxiliary::processHistoryID(), edm::Principal::processHistoryID(), reportToken_, edm::EventID::run(), edm::EventAuxiliary::run(), edm::OutputModule::selectorConfig(), and edm::OutputModule::wantAllEvents().
{
// Auxiliary branch
pEventAux_ = &e.aux();
// Because getting the data may cause an exception to be thrown we want to do that
// first before writing anything to the file about this event
// NOTE: pEventAux_, pBranchListIndexes_, pEventSelectionIDs_, and pEventEntryInfoVector_
// must be set before calling fillBranches since they get written out in that routine.
assert(pEventAux_->processHistoryID() == e.processHistoryID());
pBranchListIndexes_ = &e.branchListIndexes();
// Note: The EventSelectionIDVector should have a one to one correspondence with the processes in the process history.
// Therefore, a new entry should be added if and only if the current process has been added to the process history,
// which is done if and only if there is a produced product.
Service<ConstProductRegistry> reg;
EventSelectionIDVector esids = e.eventSelectionIDs();
if (reg->anyProductProduced() || !om_->wantAllEvents()) {
esids.push_back(om_->selectorConfig());
}
pEventSelectionIDs_ = &esids;
fillBranches(InEvent, e, pEventEntryInfoVector_);
// Add the dataType to the job report if it hasn't already been done
if(!dataTypeReported_) {
Service<JobReport> reportSvc;
std::string dataType("MC");
if(pEventAux_->isRealData()) dataType = "Data";
reportSvc->reportDataType(reportToken_, dataType);
dataTypeReported_ = true;
}
// Store the reduced ID in the IndexIntoFile
ProcessHistoryID reducedPHID = ProcessHistoryRegistry::instance()->extra().reduceProcessHistoryID(e.processHistoryID());
// Add event to index
indexIntoFile_.addEntry(reducedPHID, pEventAux_->run(), pEventAux_->luminosityBlock(), pEventAux_->event(), eventEntryNumber_);
++eventEntryNumber_;
// Report event written
Service<JobReport> reportSvc;
reportSvc->eventWrittenToFile(reportToken_, e.id().run(), e.id().event());
}
| void edm::RootOutputFile::writeParameterSetRegistry | ( | ) |
Definition at line 548 of file RootOutputFile.cc.
References b, edm::PoolOutputModule::basketSize(), edm::poolNames::idToParameterSetBlobsBranchName(), instance, edm::detail::ThreadSafeRegistry< KEY, T, E >::instance(), om_, and parameterSetsTree_.
{
std::pair<ParameterSetID, ParameterSetBlob> idToBlob;
std::pair<ParameterSetID, ParameterSetBlob>* pIdToBlob = &idToBlob;
TBranch* b = parameterSetsTree_->Branch(poolNames::idToParameterSetBlobsBranchName().c_str(),&pIdToBlob,om_->basketSize(), 0);
for(pset::Registry::const_iterator it = pset::Registry::instance()->begin(),
itEnd = pset::Registry::instance()->end();
it != itEnd;
++it) {
idToBlob.first = it->first;
idToBlob.second.pset() = it->second.toString();
b->Fill();
}
}
| void edm::RootOutputFile::writeParentageRegistry | ( | ) |
Definition at line 448 of file RootOutputFile.cc.
References edm::PoolOutputModule::basketSize(), Exception, edm::errors::FatalRootError, edm::detail::ThreadSafeRegistry< KEY, T, E >::getMapped(), edm::detail::ThreadSafeRegistry< KEY, T, E >::insertMapped(), instance, om_, edm::poolNames::parentageBranchName(), parentageIDs_, and parentageTree_.
{
Parentage const* desc(0);
if(!parentageTree_->Branch(poolNames::parentageBranchName().c_str(),
&desc, om_->basketSize(), 0))
throw Exception(errors::FatalRootError)
<< "Failed to create a branch for Parentages in the output file";
//NOTE: for some reason the empty Parentage is not added to the registry some of the time
ParentageRegistry& ptReg = *ParentageRegistry::instance();
ptReg.insertMapped(Parentage());
std::vector<ParentageID> orderedIDs(parentageIDs_.size());
for(std::map<ParentageID,unsigned int>::const_iterator it = parentageIDs_.begin(),
itEnd = parentageIDs_.end();
it != itEnd;
++it) {
orderedIDs[it->second]=it->first;
}
//now put them into the TTree in the correct order
for(std::vector<ParentageID>::const_iterator it = orderedIDs.begin(),
itEnd = orderedIDs.end();
it != itEnd;
++it) {
desc = ptReg.getMapped(*it);
if (0!=desc) {
//NOTE: some old format files have missing Parentage info
// so this can't be fatal.
parentageTree_->Fill();
}
}
}
| void edm::RootOutputFile::writeProcessConfigurationRegistry | ( | ) |
Definition at line 514 of file RootOutputFile.cc.
References b, edm::PoolOutputModule::basketSize(), alignCSCRings::e, i, instance, metaDataTree_, om_, AlCaHLTBitMon_ParallelJobs::p, edm::poolNames::processConfigurationBranchName(), and edm::sort_all().
{
typedef ProcessConfigurationRegistry::collection_type Map;
Map const& procConfigMap = ProcessConfigurationRegistry::instance()->data();
ProcessConfigurationVector procConfigVector;
for(Map::const_iterator i = procConfigMap.begin(), e = procConfigMap.end(); i != e; ++i) {
procConfigVector.push_back(i->second);
}
sort_all(procConfigVector);
ProcessConfigurationVector* p = &procConfigVector;
TBranch* b = metaDataTree_->Branch(poolNames::processConfigurationBranchName().c_str(), &p, om_->basketSize(), 0);
assert(b);
b->Fill();
}
| void edm::RootOutputFile::writeProcessHistoryRegistry | ( | ) |
Definition at line 528 of file RootOutputFile.cc.
References b, edm::PoolOutputModule::basketSize(), alignCSCRings::e, i, instance, metaDataTree_, om_, AlCaHLTBitMon_ParallelJobs::p, and edm::poolNames::processHistoryBranchName().
{
typedef ProcessHistoryRegistry::collection_type Map;
Map const& procHistoryMap = ProcessHistoryRegistry::instance()->data();
ProcessHistoryVector procHistoryVector;
for(Map::const_iterator i = procHistoryMap.begin(), e = procHistoryMap.end(); i != e; ++i) {
procHistoryVector.push_back(i->second);
}
ProcessHistoryVector* p = &procHistoryVector;
TBranch* b = metaDataTree_->Branch(poolNames::processHistoryBranchName().c_str(), &p, om_->basketSize(), 0);
assert(b);
b->Fill();
}
| void edm::RootOutputFile::writeProductDependencies | ( | ) |
Definition at line 588 of file RootOutputFile.cc.
References b, edm::PoolOutputModule::basketSize(), edm::OutputModule::branchChildren(), metaDataTree_, om_, and edm::poolNames::productDependenciesBranchName().
{
BranchChildren& pDeps = const_cast<BranchChildren&>(om_->branchChildren());
BranchChildren* ppDeps = &pDeps;
TBranch* b = metaDataTree_->Branch(poolNames::productDependenciesBranchName().c_str(), &ppDeps, om_->basketSize(), 0);
assert(b);
b->Fill();
}
| void edm::RootOutputFile::writeProductDescriptionRegistry | ( | ) |
Definition at line 564 of file RootOutputFile.cc.
References b, edm::PoolOutputModule::basketSize(), branchesWithStoredHistory_, end, metaDataTree_, om_, and edm::poolNames::productDescriptionBranchName().
{
// Make a local copy of the ProductRegistry, removing any transient or pruned products.
typedef ProductRegistry::ProductList ProductList;
Service<ConstProductRegistry> reg;
ProductRegistry pReg(reg->productList());
ProductList& pList = const_cast<ProductList &>(pReg.productList());
std::set<BranchID>::iterator end = branchesWithStoredHistory_.end();
for(ProductList::iterator it = pList.begin(); it != pList.end();) {
if(branchesWithStoredHistory_.find(it->second.branchID()) == end) {
// avoid invalidating iterator on deletion
ProductList::iterator itCopy = it;
++it;
pList.erase(itCopy);
} else {
++it;
}
}
ProductRegistry* ppReg = &pReg;
TBranch* b = metaDataTree_->Branch(poolNames::productDescriptionBranchName().c_str(), &ppReg, om_->basketSize(), 0);
assert(b);
b->Fill();
}
| void edm::RootOutputFile::writeRun | ( | RunPrincipal const & | r | ) |
Definition at line 433 of file RootOutputFile.cc.
References edm::IndexIntoFile::addEntry(), edm::RunPrincipal::aux(), fillBranches(), indexIntoFile_, edm::InRun, instance, edm::RootOutputTree::optimizeBaskets(), edm::Principal::processHistoryID(), edm::RunAuxiliary::run(), runAux_, runEntryNumber_, runTree_, and edm::RunAuxiliary::setProcessHistoryID().
{
// Auxiliary branch
// NOTE: runAux_ must be filled before calling fillBranches since it gets written out in that routine.
runAux_ = r.aux();
// Use the updated process historyID
runAux_.setProcessHistoryID(r.processHistoryID());
// Store the reduced ID in the IndexIntoFile
ProcessHistoryID reducedPHID = ProcessHistoryRegistry::instance()->extra().reduceProcessHistoryID(r.processHistoryID());
// Add run to index.
indexIntoFile_.addEntry(reducedPHID, runAux_.run(), 0U, 0U, runEntryNumber_);
++runEntryNumber_;
fillBranches(InRun, r, 0);
runTree_.optimizeBaskets(10ULL*1024*1024);
}
std::set<BranchID> edm::RootOutputFile::branchesWithStoredHistory_ [private] |
Definition at line 125 of file RootOutputFile.h.
Referenced by fillBranches(), insertAncestors(), RootOutputFile(), and writeProductDescriptionRegistry().
bool edm::RootOutputFile::canFastCloneAux_ [private] |
Definition at line 100 of file RootOutputFile.h.
Referenced by beginInputFile().
bool edm::RootOutputFile::dataTypeReported_ [private] |
Definition at line 123 of file RootOutputFile.h.
Referenced by writeOne().
Definition at line 115 of file RootOutputFile.h.
Definition at line 103 of file RootOutputFile.h.
Referenced by writeIndexIntoFile(), and writeOne().
Definition at line 119 of file RootOutputFile.h.
Referenced by beginInputFile(), respondToCloseInputFile(), RootOutputFile(), and writeIndexIntoFile().
FileID edm::RootOutputFile::fid_ [private] |
Definition at line 102 of file RootOutputFile.h.
Referenced by RootOutputFile(), and writeFileIdentifier().
std::string edm::RootOutputFile::file_ [private] |
Definition at line 95 of file RootOutputFile.h.
Referenced by beginInputFile(), fileName(), and RootOutputFile().
boost::shared_ptr<TFile> edm::RootOutputFile::filePtr_ [private] |
Definition at line 101 of file RootOutputFile.h.
Referenced by finishEndFile(), RootOutputFile(), and shouldWeCloseFile().
Definition at line 106 of file RootOutputFile.h.
Referenced by writeIndexIntoFile(), writeLuminosityBlock(), writeOne(), and writeRun().
std::string edm::RootOutputFile::logicalFile_ [private] |
Definition at line 96 of file RootOutputFile.h.
Referenced by RootOutputFile().
Definition at line 110 of file RootOutputFile.h.
Referenced by writeLuminosityBlock().
Definition at line 104 of file RootOutputFile.h.
Referenced by writeLuminosityBlock().
RootOutputTree edm::RootOutputFile::lumiTree_ [private] |
Definition at line 120 of file RootOutputFile.h.
Referenced by respondToCloseInputFile(), RootOutputFile(), and writeLuminosityBlock().
TTree* edm::RootOutputFile::metaDataTree_ [private] |
Definition at line 107 of file RootOutputFile.h.
Referenced by finishEndFile(), RootOutputFile(), writeBranchIDListRegistry(), writeFileFormatVersion(), writeFileIdentifier(), writeIndexIntoFile(), writeProcessConfigurationRegistry(), writeProcessHistoryRegistry(), writeProductDependencies(), and writeProductDescriptionRegistry().
PoolOutputModule const* edm::RootOutputFile::om_ [private] |
Definition at line 98 of file RootOutputFile.h.
Referenced by beginInputFile(), fillBranches(), finishEndFile(), insertAncestors(), RootOutputFile(), shouldWeCloseFile(), writeBranchIDListRegistry(), writeFileFormatVersion(), writeFileIdentifier(), writeIndexIntoFile(), writeOne(), writeParameterSetRegistry(), writeParentageRegistry(), writeProcessConfigurationRegistry(), writeProcessHistoryRegistry(), writeProductDependencies(), and writeProductDescriptionRegistry().
TTree* edm::RootOutputFile::parameterSetsTree_ [private] |
Definition at line 108 of file RootOutputFile.h.
Referenced by finishEndFile(), RootOutputFile(), and writeParameterSetRegistry().
std::map<ParentageID,unsigned int> edm::RootOutputFile::parentageIDs_ [private] |
Definition at line 124 of file RootOutputFile.h.
Referenced by insertProductProvenance(), and writeParentageRegistry().
TTree* edm::RootOutputFile::parentageTree_ [private] |
Definition at line 109 of file RootOutputFile.h.
Referenced by finishEndFile(), RootOutputFile(), and writeParentageRegistry().
BranchListIndexes const* edm::RootOutputFile::pBranchListIndexes_ [private] |
Definition at line 117 of file RootOutputFile.h.
Referenced by RootOutputFile(), and writeOne().
EventAuxiliary const* edm::RootOutputFile::pEventAux_ [private] |
Definition at line 112 of file RootOutputFile.h.
Referenced by RootOutputFile(), and writeOne().
Definition at line 116 of file RootOutputFile.h.
Referenced by RootOutputFile(), and writeOne().
EventSelectionIDVector const* edm::RootOutputFile::pEventSelectionIDs_ [private] |
Definition at line 118 of file RootOutputFile.h.
Referenced by RootOutputFile(), and writeOne().
LuminosityBlockAuxiliary const* edm::RootOutputFile::pLumiAux_ [private] |
Definition at line 113 of file RootOutputFile.h.
Referenced by RootOutputFile().
RunAuxiliary const* edm::RootOutputFile::pRunAux_ [private] |
Definition at line 114 of file RootOutputFile.h.
Referenced by RootOutputFile().
Definition at line 97 of file RootOutputFile.h.
Referenced by beginInputFile(), finishEndFile(), RootOutputFile(), and writeOne().
RunAuxiliary edm::RootOutputFile::runAux_ [private] |
Definition at line 111 of file RootOutputFile.h.
Referenced by writeRun().
Definition at line 105 of file RootOutputFile.h.
Referenced by writeRun().
RootOutputTree edm::RootOutputFile::runTree_ [private] |
Definition at line 121 of file RootOutputFile.h.
Referenced by respondToCloseInputFile(), RootOutputFile(), and writeRun().
Definition at line 122 of file RootOutputFile.h.
Referenced by fillBranches(), finishEndFile(), and RootOutputFile().
int edm::RootOutputFile::whyNotFastClonable_ [private] |
Definition at line 99 of file RootOutputFile.h.
Referenced by beginInputFile(), and fillBranches().
1.7.3