#include <ProductResolverIndexHelper.h>

Classes
class	IndexAndNames

class	Item

class	Matches

class	Range

Public Types
using	ModulesToIndiciesMap = std::unordered_multimap< std::string, ProductResolverIndex >

Public Member Functions
unsigned int	beginElements () const

ProductResolverIndex	index (KindOfType kindOfType, TypeID const &typeID, char const moduleLabel, char const instance, char const *process=0) const

std::vector< IndexAndNames > const &	indexAndNames () const

unsigned int	indexToIndexAndNames (KindOfType kindOfType, TypeID const &typeID, char const moduleLabel, char const instance, char const *process) const

unsigned int	indexToType (KindOfType kindOfType, TypeID const &typeID) const

ModulesToIndiciesMap	indiciesForModulesInProcess (const std::string &iProcessName) const

ProductResolverIndex	insert (TypeID const &typeID, char const moduleLabel, char const instance, char const process, TypeID const &containedTypeID, std::vector< TypeWithDict > baseTypesOfContainedType)

ProductResolverIndex	insert (TypeID const &typeID, char const moduleLabel, char const instance, char const *process)

std::vector< std::string > const &	lookupProcessNames () const

ProductResolverIndex	nextIndexValue () const

void	print (std::ostream &os) const

unsigned int	processIndex (char const *process) const

std::vector< char > const &	processNames () const

	ProductResolverIndexHelper ()

std::vector< Range > const &	ranges () const

Matches	relatedIndexes (KindOfType kindOfType, TypeID const &typeID, char const moduleLabel, char const instance) const

Matches	relatedIndexes (KindOfType kindOfType, TypeID const &typeID) const

void	sanityCheck () const

void	setFrozen ()

std::vector< TypeID > const &	sortedTypeIDs () const

Private Attributes
unsigned int	beginElements_

std::vector< char >	bigNamesContainer_

std::vector< IndexAndNames >	indexAndNames_

edm::propagate_const< std::unique_ptr< std::set< Item > > >	items_

std::vector< std::string >	lookupProcessNames_

ProductResolverIndex	nextIndexValue_

edm::propagate_const< std::unique_ptr< std::set< std::string > > >	processItems_

std::vector< char >	processNames_

std::vector< Range >	ranges_

std::vector< TypeID >	sortedTypeIDs_

Detailed Description

This class assigns and gets the ProductResolverIndex associated with a type, module label, instance, and process. The ProductResolverIndex is used to tell the Principal where to store a ProductResolver and how to find it quickly.

One can also look up the same ProductResolverIndex's using the type or base type of an element in a container in the product (if the product is a container). In this case the KindOfType argument to the Principal::getByLabel function is ELEMENT_TYPE, whereas normally it is PRODUCT_TYPE.

There are also special ProductResolverIndex's generated where the process name is empty. These indexes refer to a special ProductResolvers that search for a matching product from the most recent process that has a matching type, label and instance. There is ProductResolverIndex generated for each type/label/instance combination which has at least one entry in the tables in this class. Both PRODUCT_TYPEs and ELEMENT_TYPEs get these special ProductResolvers.

The ProductResolverIndex for a particular product will not change during a process after the ProductRegistry has been frozen. Nor will any of the other member data of this class. Multiple threads can access it concurrently without problems. The ProductResolverIndexes can be safely cached in InputTags and possibly other places, because they never change within a process. The ProductResolverIndex for a particular product is not intended to be persistent and will be different in different processes.

The ProductResolverIndex is used to order the placement of the ProductResolvers in the Principal that are either present in the input or produced in the current process. Be aware that there are other ProductResolvers for products that come after ProductResolvers placed by this class. For example, the placement of dropped products is not handled by this class, instead by the ProductRegistry. The reason for this distinction is that those other ProductResolvers can change and be added as a process runs. The content of this class never changes after the ProductRegistry is frozen.

Author: W. David Dagenhart, created 10 December, 2012

Definition at line 88 of file ProductResolverIndexHelper.h.

Member Typedef Documentation

using edm::ProductResolverIndexHelper::ModulesToIndiciesMap = std::unordered_multimap<std::string,ProductResolverIndex>

Definition at line 123 of file ProductResolverIndexHelper.h.

Constructor & Destructor Documentation

edm::ProductResolverIndexHelper::ProductResolverIndexHelper ( )

Definition at line 75 of file ProductResolverIndexHelper.cc.

                                                          :
     nextIndexValue_(0),
     beginElements_(0),
     items_(new std::set<ProductResolverIndexHelper::Item>),
     processItems_(new std::set<std::string>) {
   }

Member Function Documentation

unsigned int edm::ProductResolverIndexHelper::beginElements ( ) const

inline

Definition at line 224 of file ProductResolverIndexHelper.h.

224 { return beginElements_; }

edm::ProductResolverIndexHelper::beginElements_

unsigned int beginElements_

Definition: ProductResolverIndexHelper.h:266

ProductResolverIndex edm::ProductResolverIndexHelper::index	(	KindOfType	kindOfType,
		TypeID const &	typeID,
		char const *	moduleLabel,
		char const *	instance,
		char const *	process = `0`
	)		const

Definition at line 83 of file ProductResolverIndexHelper.cc.

References indexAndNames_, indexToIndexAndNames(), hpstanc_transforms::max, and edm::ProductResolverIndexInvalid.

Referenced by edm::Principal::findProductByLabel(), edm::PrincipalGetAdapter::getBranchDescription(), BeautifulSoup.PageElement::insert(), edm::EDConsumerBase::modulesWhoseProductsAreConsumed(), and edm::EDConsumerBase::updateLookup().

                                                              {
 
     unsigned int iToIndexAndNames = indexToIndexAndNames(kindOfType,
                                                          typeID,
                                                          moduleLabel,
                                                          instance,
                                                          process);
 
     if (iToIndexAndNames == std::numeric_limits<unsigned int>::max()) {
       return ProductResolverIndexInvalid;
     }
     return indexAndNames_[iToIndexAndNames].index();
   }

std::vector<IndexAndNames> const& edm::ProductResolverIndexHelper::indexAndNames ( ) const

inline

Definition at line 227 of file ProductResolverIndexHelper.h.

Referenced by indiciesForModulesInProcess().

227 { return indexAndNames_; }

edm::ProductResolverIndexHelper::indexAndNames_

std::vector< IndexAndNames > indexAndNames_

Definition: ProductResolverIndexHelper.h:292

unsigned int edm::ProductResolverIndexHelper::indexToIndexAndNames	(	KindOfType	kindOfType,
		TypeID const &	typeID,
		char const *	moduleLabel,
		char const *	instance,
		char const *	process
	)		const

Definition at line 452 of file ProductResolverIndexHelper.cc.

References begin, edm::ProductResolverIndexHelper::Range::begin(), bigNamesContainer_, end, edm::ProductResolverIndexHelper::Range::end(), indexAndNames_, indexToType(), instance, MuonErrorMatrixAdjuster_cfi::instanceName, diffTwoXMLs::label, hpstanc_transforms::max, edm::ProductResolverIndexHelper::Matches::moduleLabel(), processIndex(), and ranges_.

Referenced by index(), and relatedIndexes().

                                                                             {
 
     // Look for the type and check to see if it found it
     unsigned iType = indexToType(kindOfType, typeID);
     if (iType != std::numeric_limits<unsigned int>::max()) {
 
       unsigned startProcess = 0;
       if (process) {
         startProcess = processIndex(process);
         if (startProcess == std::numeric_limits<unsigned int>::max()) {
           return std::numeric_limits<unsigned int>::max();
         }
       }
 
       ProductResolverIndexHelper::Range const& range = ranges_[iType];
       unsigned int begin = range.begin();
       unsigned int end = range.end();
 
       while (begin < end) {
 
         unsigned int midpoint = begin + ((end - begin) / 2);
         char const* namePtr = &bigNamesContainer_[indexAndNames_[midpoint].startInBigNamesContainer()];
 
         // Compare the module label
         char const* label = moduleLabel;
         while (*namePtr && (*namePtr == *label)) {
           ++namePtr; ++label;
         }
         if (*namePtr == *label) { // true only if both are at the '\0' at the end of the C string
           ++namePtr;              // move to the next C string
 
           // Compare the instance name
           char const* instanceName = instance;
           while (*namePtr && (*namePtr == *instanceName)) {
             ++namePtr; ++instanceName;
           }
           if (*namePtr == *instanceName) {
 
             // Compare the process name
             if (startProcess == indexAndNames_[midpoint].startInProcessNames()) {
               return midpoint;
             } else {
               if (indexAndNames_[midpoint].startInProcessNames() > startProcess) {
                 while (true) {
                   --midpoint;
                   if (indexAndNames_[midpoint].startInProcessNames() == startProcess) {
                     return midpoint;
                   }
                   if (indexAndNames_[midpoint].startInProcessNames() == 0) break;
                 }
               } else {
                 while (true) {
                   ++midpoint;
                   if (midpoint == indexAndNames_.size()) break;
                   if (indexAndNames_[midpoint].startInProcessNames() == 0) break;
                   if (indexAndNames_[midpoint].startInProcessNames() == startProcess) {
                     return midpoint;
                   }
                 }                
               }
               break;
             }
           } else if (*namePtr < *instanceName) {
             if (begin == midpoint) break;
             begin = midpoint;
           } else {
             end = midpoint;
           }
         } else if (*namePtr < *label) {
           if (begin == midpoint) break;
           begin = midpoint;
         } else {
           end = midpoint;
         }
       } // end while (begin < end)
     }
     return std::numeric_limits<unsigned int>::max();
   }

unsigned int edm::ProductResolverIndexHelper::indexToType	(	KindOfType	kindOfType,
		TypeID const &	typeID
	)		const

Definition at line 536 of file ProductResolverIndexHelper.cc.

References beginElements_, edm::ELEMENT_TYPE, hpstanc_transforms::max, and sortedTypeIDs_.

Referenced by indexToIndexAndNames(), and relatedIndexes().

                                                                     {
 
     unsigned int beginType = 0;
     unsigned int endType = beginElements_;
     if (kindOfType == ELEMENT_TYPE) {
       beginType = beginElements_;
       endType = sortedTypeIDs_.size();
     }
 
     while (beginType < endType) {
       unsigned int midpointType = beginType + ((endType - beginType) / 2);
       if (sortedTypeIDs_[midpointType] == typeID) {
         return midpointType;  // Found it
       } else if (sortedTypeIDs_[midpointType] < typeID) {
         if (beginType == midpointType) break;
         beginType = midpointType;
       } else {
         endType = midpointType;
       }
     }
     return std::numeric_limits<unsigned int>::max(); // Failed to find it
   }

ProductResolverIndexHelper::ModulesToIndiciesMap edm::ProductResolverIndexHelper::indiciesForModulesInProcess ( const std::string & iProcessName ) const

Definition at line 585 of file ProductResolverIndexHelper.cc.

References beginElements_, bigNamesContainer_, mps_fire::i, indexAndNames(), indexAndNames_, processNames_, ranges_, and mps_fire::result.

                                                                                              {
     
     ModulesToIndiciesMap result;
     for(unsigned int i=0; i<beginElements_; ++i) {
       auto const& range= ranges_[i];
       for(unsigned int j=range.begin(); j<range.end();++j) {
         auto const& indexAndNames = indexAndNames_[j];
         if(0 == strcmp(&processNames_[indexAndNames.startInProcessNames()], iProcessName.c_str())) {
           //The first null terminated string is the module label
           result.emplace(&bigNamesContainer_[indexAndNames.startInBigNamesContainer()],indexAndNames.index());
         }
       }
     }
     return result;
   }

ProductResolverIndex edm::ProductResolverIndexHelper::insert	(	TypeID const &	typeID,
		char const *	moduleLabel,
		char const *	instance,
		char const *	process,
		TypeID const &	containedTypeID,
		std::vector< TypeWithDict > *	baseTypesOfContainedType
	)

Definition at line 198 of file ProductResolverIndexHelper.cc.

References edm::ProductResolverIndexHelper::Item::clearProcess(), edm::ELEMENT_TYPE, Exception, items_, edm::errors::LogicError, nextIndexValue_, edm::PRODUCT_TYPE, edm::ProductResolverIndexAmbiguous, edm::ProductResolverIndexHelper::Item::setIndex(), and edm::TypeIDBase::typeInfo().

Referenced by BeautifulSoup.PageElement::append(), and insert().

                                                                                       {
     if (!items_) {
       throw Exception(errors::LogicError)
         << "ProductResolverIndexHelper::insert - Attempt to insert more elements after frozen.\n";
     }
 
     if (process == 0 || *process == '\0') {
       throw Exception(errors::LogicError)
         << "ProductResolverIndexHelper::insert - Empty process.\n";
     }
 
     // Throw if this has already been inserted
     Item item(PRODUCT_TYPE, typeID, moduleLabel, instance, process, 0);
     std::set<Item>::iterator iter = items_->find(item);
     if (iter != items_->end()) {
       throw Exception(errors::LogicError)
         << "ProductResolverIndexHelper::insert - Attempt to insert duplicate entry.\n";
     }
 
     // Put in an entry for the product
     item.setIndex(nextIndexValue_);
     unsigned int savedProductIndex = nextIndexValue_;
     ++nextIndexValue_;
     items_->insert(item);
 
     // Put in an entry for the product with an empty process name
     // if it is not already there
     item.clearProcess();
     iter = items_->find(item);
     if (iter == items_->end()) {
       item.setIndex(nextIndexValue_);
       ++nextIndexValue_;
       items_->insert(item);
     }
 
     // Now put in entries for a contained class if this is a
     // recognized container.
     if(containedTypeID != TypeID(typeid(void)) && containedTypeID != TypeID()) {
       TypeWithDict containedType(containedTypeID.typeInfo());
 
       Item containedItem(ELEMENT_TYPE, containedTypeID, moduleLabel, instance, process, savedProductIndex);
       iter = items_->find(containedItem);
       if (iter != items_->end()) {
         containedItem.setIndex(ProductResolverIndexAmbiguous);
         items_->erase(iter);
       }
       items_->insert(containedItem);
 
       containedItem.clearProcess();
       iter = items_->find(containedItem);
       if (iter == items_->end()) {
         containedItem.setIndex(nextIndexValue_);
         ++nextIndexValue_;
         items_->insert(containedItem);
       }
 
       // Repeat this for all public base classes of the contained type
       if (baseTypesOfContainedType) {
 
         for(TypeWithDict const& baseType : *baseTypesOfContainedType) {
           TypeID baseTypeID(baseType.typeInfo());
           Item baseItem(ELEMENT_TYPE, baseTypeID, moduleLabel, instance, process, savedProductIndex);
           iter = items_->find(baseItem);
           if (iter != items_->end()) {
             baseItem.setIndex(ProductResolverIndexAmbiguous);
             items_->erase(iter);
           }
           items_->insert(baseItem);
 
           baseItem.clearProcess();
           iter = items_->find(baseItem);
           if (iter == items_->end()) {
             baseItem.setIndex(nextIndexValue_);
             ++nextIndexValue_;
             items_->insert(baseItem);
           }
         }
       }
     }
     return savedProductIndex;
   }

ProductResolverIndex edm::ProductResolverIndexHelper::insert	(	TypeID const &	typeID,
		char const *	moduleLabel,
		char const *	instance,
		char const *	process
	)

Definition at line 286 of file ProductResolverIndexHelper.cc.

References edm::productholderindexhelper::getContainedType(), insert(), and edm::public_base_classes().

Referenced by BeautifulSoup.PageElement::append().

                               {
 
     TypeID containedTypeID = productholderindexhelper::getContainedType(typeID);
     bool hasContainedType = (containedTypeID != TypeID(typeid(void)) && containedTypeID != TypeID());
     std::vector<TypeWithDict> baseTypes;
     std::vector<TypeWithDict>* baseTypesOfContainedType = &baseTypes;
     if (hasContainedType) {
       std::vector<std::string> missingDictionaries;
       public_base_classes(missingDictionaries, containedTypeID, baseTypes);
     }
     return insert(typeID, moduleLabel, instance, process, containedTypeID, baseTypesOfContainedType);
   }

std::vector< std::string > const & edm::ProductResolverIndexHelper::lookupProcessNames ( ) const

Definition at line 443 of file ProductResolverIndexHelper.cc.

References Exception, items_, edm::errors::LogicError, and lookupProcessNames_.

                                                                                    {
     if (items_) {
       throw Exception(errors::LogicError)
         << "ProductResolverIndexHelper::lookupProcessNames - Attempt to access names before frozen.\n";
     }
     return lookupProcessNames_;
   }

ProductResolverIndex edm::ProductResolverIndexHelper::nextIndexValue ( ) const

inline

Definition at line 252 of file ProductResolverIndexHelper.h.

References edm::print().

252 { return nextIndexValue_; }

edm::ProductResolverIndexHelper::nextIndexValue_

ProductResolverIndex nextIndexValue_

Definition: ProductResolverIndexHelper.h:261

void edm::ProductResolverIndexHelper::print ( std::ostream & os ) const

Definition at line 681 of file ProductResolverIndexHelper.cc.

References beginElements_, bigNamesContainer_, gather_cfg::cout, mps_fire::i, indexAndNames_, items_, nextIndexValue_, processItems_, processNames_, ranges_, and sortedTypeIDs_.

                                                              {
 
     os << "\n******* Dump ProductResolverIndexHelper *************************\n";
 
     os << "\nnextIndexValue_ = " <<  nextIndexValue_ << "\n";
     os << "beginElements_ = " << beginElements_ << "\n";
 
     os << "\n******* sortedTypeIDs_ \n";
     for (auto const& i : sortedTypeIDs_) {
       os << i << "\n";
     }
     os << "******* ranges_ \n";
     for (auto const& i : ranges_) {
       os << i.begin() << " " << i.end() << "\n";
     }
     os << "******* indexAndNames_ \n";
     for (auto const& i : indexAndNames_) {
       os << i.index() << " " << i.startInBigNamesContainer() << " ";
       char const* ptr = &bigNamesContainer_[i.startInBigNamesContainer()];
       while (*ptr) {
         os << *ptr;
         ++ptr;
       }
       ++ptr;
       os << " ";
       while (*ptr) {
         os << *ptr;
         ++ptr;
       }
       os << " " << i.startInProcessNames() << " ";
       ptr = &processNames_[i.startInProcessNames()];
       while (*ptr) {
         os << *ptr;
         ++ptr;
       }
       os << "\n";
     }
     os << "******* bigNamesContainer_ \n";
     for (auto i : bigNamesContainer_) {
       if (i == '\0') os << '\\' << '0';
       else os << i;
     }
     if (!bigNamesContainer_.empty()) os << "\n";
     os << "******* processNames_ \n";
     for (auto i : processNames_) {
       if (i == '\0') os << '\\' << '0';
       else os << i;
     }
     if (!processNames_.empty()) os << "\n";
     if (items_) {
       os << "******* items_ \n";
       for (auto const& item : *items_) {
         std:: cout << item.kindOfType() << " " << item.moduleLabel() << " " << item.instance() << " " << item.process() << " " << item.index() << " " << item.typeID() << "\n";
       }
     }
     if (processItems_) {
       os << "******* processItems_ \n";
       for (auto const& item : *processItems_) {
         os << item << "\n";
       }
     }
     os << "sortedTypeIDs_.size() = " << sortedTypeIDs_.size() << "\n";
     os << "indexAndNames_.size() = " << indexAndNames_.size() << "\n";
     os << "bigNamesContainer_.size() = " << bigNamesContainer_.size() << "\n"; 
     os << "processNames_.size() = " << processNames_.size() << "\n"; 
     os << "\n";
   }

unsigned int edm::ProductResolverIndexHelper::processIndex ( char const * process ) const

Definition at line 560 of file ProductResolverIndexHelper.cc.

References begin, hpstanc_transforms::max, AlCaHLTBitMon_ParallelJobs::p, LaserDQM_cfg::process, and processNames_.

Referenced by indexToIndexAndNames(), and setFrozen().

                                                                                   {
 
     char const* ptr = &processNames_[0];
     char const* begin = ptr;
     while (true) {
       char const* p = process;
       char const* beginName = ptr;
       while (*ptr && (*ptr == *p)) {
         ++ptr; ++p;
       }
       if (*ptr == *p) {
         return beginName - begin;
       }
       while (*ptr) {
         ++ptr;
       }
       ++ptr;
       if (static_cast<unsigned>(ptr - begin) >=  processNames_.size()) {
         return std::numeric_limits<unsigned int>::max();
       }
     }
     return 0;
   }

std::vector<char> const& edm::ProductResolverIndexHelper::processNames ( ) const

inline

Definition at line 228 of file ProductResolverIndexHelper.h.

References LaserDQM_cfg::process.

228 { return processNames_; }

edm::ProductResolverIndexHelper::processNames_

std::vector< char > processNames_

Definition: ProductResolverIndexHelper.h:305

std::vector<Range> const& edm::ProductResolverIndexHelper::ranges ( ) const

inline

Definition at line 226 of file ProductResolverIndexHelper.h.

226 { return ranges_; }

edm::ProductResolverIndexHelper::ranges_

std::vector< Range > ranges_

Definition: ProductResolverIndexHelper.h:280

ProductResolverIndexHelper::Matches edm::ProductResolverIndexHelper::relatedIndexes	(	KindOfType	kindOfType,
		TypeID const &	typeID,
		char const *	moduleLabel,
		char const *	instance
	)		const

Definition at line 152 of file ProductResolverIndexHelper.cc.

References indexAndNames_, indexToIndexAndNames(), edm::ProductResolverIndexHelper::Matches::Matches(), hpstanc_transforms::max, edm::ProductResolverIndexHelper::Matches::numberOfMatches(), and mitigatedMETSequence_cff::U.

Referenced by edm::Principal::getManyByType(), edm::EDConsumerBase::modulesWhoseProductsAreConsumed(), and edm::EDConsumerBase::updateLookup().

                                                                        {
 
     unsigned int startInIndexAndNames = indexToIndexAndNames(kindOfType,
                                                              typeID,
                                                              moduleLabel,
                                                              instance,
                                                              0);
     unsigned int numberOfMatches = 1;
 
     if (startInIndexAndNames == std::numeric_limits<unsigned int>::max()) {
       numberOfMatches = 0;
     } else {
       auto vSize = indexAndNames_.size();
       for (unsigned int j = startInIndexAndNames + 1U;
            j < vSize && (indexAndNames_[j].startInProcessNames() != 0U);
            ++j) {
         ++numberOfMatches;
       }
     }
     return Matches(this, startInIndexAndNames, numberOfMatches);
   }

ProductResolverIndexHelper::Matches edm::ProductResolverIndexHelper::relatedIndexes	(	KindOfType	kindOfType,
		TypeID const &	typeID
	)		const

Definition at line 178 of file ProductResolverIndexHelper.cc.

References edm::ProductResolverIndexHelper::Range::begin(), edm::ProductResolverIndexHelper::Range::end(), indexToType(), edm::ProductResolverIndexHelper::Matches::Matches(), hpstanc_transforms::max, edm::ProductResolverIndexHelper::Matches::numberOfMatches(), and ranges_.

                                                                        {
 
     unsigned int startInIndexAndNames = std::numeric_limits<unsigned int>::max();
     unsigned int numberOfMatches = 0;
 
     // Look for the type and check to see if it found it
     unsigned iType = indexToType(kindOfType, typeID);
     if (iType != std::numeric_limits<unsigned int>::max()) {
 
       // Get the range of entries with a matching TypeID
       Range const& range = ranges_[iType];
 
       startInIndexAndNames = range.begin();
       numberOfMatches = range.end() - range.begin();
     }
     return Matches(this, startInIndexAndNames, numberOfMatches);
   }

void edm::ProductResolverIndexHelper::sanityCheck ( ) const

Definition at line 602 of file ProductResolverIndexHelper.cc.

References bigNamesContainer_, Exception, indexAndNames_, edm::errors::LogicError, nextIndexValue_, processNames_, edm::ProductResolverIndexAmbiguous, ranges_, and sortedTypeIDs_.

Referenced by setFrozen().

                                                      {
     bool sanityChecksPass = true;
     if (sortedTypeIDs_.size() != ranges_.size()) sanityChecksPass = false;
 
     unsigned int previousEnd = 0;
     for ( auto const& range : ranges_) {
       if (range.begin() != previousEnd) sanityChecksPass = false;
       if (range.begin() >= range.end()) sanityChecksPass = false;
       previousEnd = range.end();
     }
     if (previousEnd != indexAndNames_.size()) sanityChecksPass = false;
 
 
     unsigned maxStart = 0;
     unsigned maxStartProcess = 0;
     for (auto const& indexAndName : indexAndNames_) {
       if (indexAndName.index() >= nextIndexValue_ && indexAndName.index() != ProductResolverIndexAmbiguous) sanityChecksPass = false;
 
       if (indexAndName.startInBigNamesContainer() >= bigNamesContainer_.size()) sanityChecksPass = false;
       if (indexAndName.startInProcessNames() >= processNames_.size()) sanityChecksPass = false;
 
       if (indexAndName.startInBigNamesContainer() > maxStart) maxStart = indexAndName.startInBigNamesContainer();
       if (indexAndName.startInProcessNames() > maxStartProcess) maxStartProcess = indexAndName.startInProcessNames();
     }
 
     if (!indexAndNames_.empty()) {
       if (bigNamesContainer_.back() != '\0')  sanityChecksPass = false;
       if (processNames_.back() != '\0')  sanityChecksPass = false;
       if (maxStart >= bigNamesContainer_.size()) sanityChecksPass = false;
       unsigned int countZeroes = 0;
       for (unsigned j = maxStart; j < bigNamesContainer_.size(); ++j) {
         if (bigNamesContainer_[j] == '\0') {
           ++countZeroes;
         }
       }
       if (countZeroes != 2) sanityChecksPass = false;
       if (maxStartProcess >= processNames_.size()) sanityChecksPass = false;
       countZeroes = 0;
       for (unsigned j = maxStartProcess; j < processNames_.size(); ++j) {
         if (processNames_[j] == '\0') {
           ++countZeroes;
         }        
       }
       if (countZeroes != 1) sanityChecksPass = false;
     }
 
     if (!sanityChecksPass) {
       throw Exception(errors::LogicError)
         << "ProductResolverIndexHelper::setFrozen - Detected illegal state.\n";
     }
   }

void edm::ProductResolverIndexHelper::setFrozen ( )

Definition at line 302 of file ProductResolverIndexHelper.cc.

References beginElements_, bigNamesContainer_, EnergyCorrector::c, edm::ELEMENT_TYPE, Exception, indexAndNames_, items_, edm::errors::LogicError, lookupProcessNames_, hpstanc_transforms::max, processIndex(), processItems_, processNames_, edm::PRODUCT_TYPE, ranges_, sanityCheck(), sortedTypeIDs_, and AlCaHLTBitMon_QueryRunRegistry::string.

                                              {
 
     if (!items_) return;
 
     // Make a first pass and count things so we
     // can reserve memory in the vectors. Also
     // fill processItems_ on the first pass.
     bool iFirstThisType = true;
     bool beginElementsWasSet = false;
     TypeID previousTypeID;
     KindOfType previousKindOfType = PRODUCT_TYPE;
     std::string previousModuleLabel;
     std::string previousInstance;
     unsigned int iCountTypes = 0;
     unsigned int iCountCharacters = 0;
     for (auto const& item : *items_) {
 
       if (iFirstThisType || item.typeID() != previousTypeID || item.kindOfType() != previousKindOfType) {
         ++iCountTypes;
         iFirstThisType = true;
 
         if (!beginElementsWasSet) {
           if (item.kindOfType() == ELEMENT_TYPE) {
             beginElementsWasSet = true;
           } else {
             beginElements_ = iCountTypes;
           }
         }
       }
 
       processItems_->insert(item.process());
 
       if (iFirstThisType ||
           item.moduleLabel() != previousModuleLabel ||
           item.instance() != previousInstance) {
         iCountCharacters += item.moduleLabel().size();
         iCountCharacters += item.instance().size();
         iCountCharacters += 2;
       }
 
       iFirstThisType = false;
       previousTypeID = item.typeID();
       previousKindOfType = item.kindOfType();
       previousModuleLabel = item.moduleLabel();
       previousInstance = item.instance();
     }
 
     // Size and fill the process name vector
     unsigned int processNamesSize = 0;
     for (auto const& processItem : *processItems_) {
       processNamesSize += processItem.size();
       ++processNamesSize;
     }
     processNames_.reserve(processNamesSize);
     for (auto const& processItem : *processItems_) {
       for (auto const& c : processItem) {
         processNames_.push_back(c);
       }
       processNames_.push_back('\0');
       lookupProcessNames_.push_back(processItem);
     }
 
     // Reserve memory in the vectors
     sortedTypeIDs_.reserve(iCountTypes);
     ranges_.reserve(iCountTypes);
     indexAndNames_.reserve(items_->size());
     bigNamesContainer_.reserve(iCountCharacters);
 
     // Second pass. Really fill the vectors this time.
     bool iFirstType = true;
     iFirstThisType = true;
     previousTypeID = TypeID();
     unsigned int iCount = 0;
     unsigned int iBeginning = 0;
     iCountCharacters = 0;
     unsigned int previousCharacterCount = 0;
     if (!items_->empty()) {
       for (auto const& item : *items_) {
 
         if (iFirstThisType || item.typeID() != previousTypeID || item.kindOfType() != previousKindOfType) {
           iFirstThisType = true;
           sortedTypeIDs_.push_back(item.typeID());
           if (iFirstType) {
             iFirstType = false;
           } else {
             ranges_.push_back(Range(iBeginning, iCount));
           }
           iBeginning = iCount;
         }
         ++iCount;
 
         if (iFirstThisType ||
             item.moduleLabel() != previousModuleLabel ||
             item.instance() != previousInstance) {
 
           unsigned int labelSize = item.moduleLabel().size();
           for (unsigned int j = 0; j < labelSize; ++j) {
             bigNamesContainer_.push_back(item.moduleLabel()[j]);
           }
           bigNamesContainer_.push_back('\0');
 
           unsigned int instanceSize = item.instance().size();
           for (unsigned int j = 0; j < instanceSize; ++j) {
             bigNamesContainer_.push_back(item.instance()[j]);
           }
           bigNamesContainer_.push_back('\0');
 
           previousCharacterCount = iCountCharacters;
 
           iCountCharacters += labelSize;
           iCountCharacters += instanceSize;
           iCountCharacters += 2;
         }
 
         unsigned int processStart = processIndex(item.process().c_str());
         if (processStart == std::numeric_limits<unsigned int>::max()) {
           throw Exception(errors::LogicError)
             << "ProductResolverIndexHelper::setFrozen - Process not found in processNames_.\n";
         }
         indexAndNames_.emplace_back(item.index(), previousCharacterCount, processStart);
 
         iFirstThisType = false;
         previousTypeID = item.typeID();
         previousKindOfType = item.kindOfType();
         previousModuleLabel = item.moduleLabel();
         previousInstance = item.instance();
       }
       ranges_.push_back(Range(iBeginning, iCount));
     }
 
     // Some sanity checks to protect against out of bounds vector accesses
     // These should only fail if there is a bug. If profiling ever shows
     // them to be expensive one might delete them.
     sanityCheck();
 
     // Cleanup, do not need the temporary containers anymore
     // propagate_const<T> has no reset() function
     items_ = nullptr;
     processItems_ = nullptr;
   }