ora Namespace Reference

TO BE REMOVED. More...

Namespaces
namespace	ClassUtils
namespace	RelationalMapping
namespace	SchemaUtils
Classes
struct	AllKnowTypeHandlers
union	AnyData
struct	AnyTypeHandler
class	ArrayHandlerFactory
class	ArrayMapping
class	BlobMapping
class	BlobReader
class	BlobStreamer
class	BlobUpdater
class	BlobWriter
class	BlobWriterBase
class	BulkInsertOperation
class	CArrayHandler
class	CArrayIteratorHandler
class	CArrayMapping
class	CArrayReader
class	CArrayStreamer
class	CArrayUpdater
class	CArrayWriter
struct	CompareTypeHandler
class	CondMetadataTable
class	Configuration
class	ConnectionPool
	To be moved in DBCommon, has to serve also the pure coral use case. More...
class	Container
struct	ContainerHeaderData
class	ContainerIterator
class	ContainerSchema
class	ContainerUpdateTable
class	Database
class	DatabaseContainer
class	DatabaseImpl
class	DatabaseSession
class	DatabaseUtility
class	DatabaseUtilitySession
class	DataElement
class	DeleteBuffer
class	DeleteOperation
class	DependentClassReader
class	DependentClassWriter
class	EmptyMapping
class	Exception
	Base exception class for the object to relational access. More...
struct	Guid
class	Handle
class	Holder
class	IArrayHandler
class	IArrayIteratorHandler
class	IBlobStreamingService
	Interface for a Streaming Service. More...
class	IContainerHeaderTable
class	IDatabaseSchema
class	IDatabaseTable
class	IMainTable
class	IMappingSchema
class	INamingServiceTable
class	InlineCArrayReader
class	InlineCArrayStreamer
class	InlineCArrayStreamerBase
class	InlineCArrayUpdater
class	InlineCArrayWriter
class	InputRelationalData
class	InsertCache
class	InsertOperation
class	IPtrLoader
class	IReferenceHandler
class	IRelationalData
class	IRelationalMapping
class	IRelationalOperation
class	IRelationalReader
class	IRelationalStreamer
class	IRelationalUpdater
class	IRelationalWriter
class	ISequenceTable
class	IteratorBuffer
class	ITokenParser
class	ITokenWriter
class	IVectorLoader
class	MappingDatabase
class	MappingElement
class	MappingGenerator
struct	MappingRawData
struct	MappingRawElement
class	MappingRules
class	MappingToSchema
class	MappingTree
class	Monitoring
class	MultiIndexDataTrie
class	MultiRecordInsertOperation
class	MultiRecordSelectOperation
class	NamedRef
class	NamedReference
class	NamedReferenceStreamerBase
class	NamedRefMapping
class	NamedRefReader
class	NamedRefStreamer
class	NamedRefUpdater
class	NamedRefWriter
class	NamedSequence
struct	NullTypeHandler
class	Object
class	ObjectMapping
class	ObjectReader
class	ObjectStreamer
class	ObjectStreamerBase
class	ObjectUpdater
class	ObjectWriter
class	OId
class	OraClassVersionTable
class	OraContainerHeaderTable
class	OraDatabaseSchema
class	OraMainTable
class	OraMappingElementTable
class	OraMappingSchema
class	OraMappingVersionTable
class	OraNamingServiceTable
class	OraPtrMapping
class	OraPtrReadBuffer
class	OraPtrReader
class	OraPtrStreamer
class	OraPtrUpdater
class	OraPtrWriter
class	OraReferenceMapping
class	OraReferenceReader
class	OraReferenceStreamer
class	OraReferenceStreamerBase
class	OraReferenceUpdater
class	OraReferenceWriter
class	OraSequenceTable
class	PoolClassVersionTable
class	PoolContainerHeaderTable
class	PoolDatabaseSchema
class	PoolDbCache
struct	PoolDbCacheData
class	PoolMainTable
class	PoolMappingElementTable
class	PoolMappingSchema
class	PoolMappingVersionTable
class	PoolSequenceTable
class	PrimitiveMapping
class	PrimitiveReader
class	PrimitiveStreamer
class	PrimitiveStreamerBase
class	PrimitiveUpdater
class	PrimitiveWriter
class	Properties
class	Ptr
class	PVector
class	PVectorHandler
class	PVectorIteratorHandler
class	PVectorReader
class	PVectorStreamer
class	PVectorUpdater
class	PVectorWriter
class	Query
class	QueryableVector
class	QueryableVectorLoader
class	QueryableVectorReader
class	QueryableVectorStreamer
class	QueryableVectorUpdater
class	QueryableVectorWriter
class	QVQueryMaker
class	QVReader
class	Range
class	RangeIterator
class	RangeReverseIterator
class	ReadBuffer
class	Record
class	RecordSpec
struct	RecordSpecImpl
class	Reference
class	RelationalBuffer
class	RelationalDeleter
class	RelationalMappingFactory
class	RelationalPtrLoader
class	RelationalRefLoader
class	RelationalStreamerFactory
class	RflxDeleter
class	ScopedTransaction
class	Selection
class	SelectOperation
class	SequenceManager
class	Sequences
class	Serializer
class	SessionMonitoringData
struct	SharedLibraryName
class	SharedSession
struct	SimpleTypeHandler
class	SpecialSTLContainerHandler
class	STLContainerHandler
class	STLContainerIteratorHandler
class	STLContainerReader
class	STLContainerStreamer
class	STLContainerUpdater
class	STLContainerWriter
struct	TableInfo
class	TableRegister
class	Transaction
class	TransactionCache
struct	TransactionMonitoringData
struct	TypeHandler
union	U_Primitives
class	UniqueRef
class	UniqueReferenceMapping
class	UniqueRefReader
class	UniqueRefStreamer
class	UniqueRefUpdater
class	UniqueRefWriter
class	UpdateBuffer
class	UpdateOperation
class	Version
struct	VoidStarHandler
class	WriteBuffer
Enumerations
enum	ConditionType {   Eq, Gt, Lt, Ge,   Le }
enum	SelectionItemType {   EQ, NE, GT, GE,   LT, LE }
Functions
void	addFromTableHierarchy (const std::string &tableName, std::map< std::string, std::set< std::string > > &tableList, std::vector< std::string > &orderedList)
void	checkString (const std::string &s, int code, bool thro=true)
char *	conditionOfType (ConditionType condType)
void	deleteArrayElements (MappingElement &mapping, int oid, int fromIndex, RelationalBuffer &buffer)
int	existAttribute (const std::string &attributeName, const coral::AttributeList &data)
Container	getContainerFromSession (const std::string &name, const Reflex::Type &contType, DatabaseSession &session)
data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ContainerSchema cc data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ContainerSchema cc data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ContainerSchema cc data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ContainerSchema cc void	getTableHierarchyFromMappingElement (const MappingElement &source, std::map< std::string, std::set< std::string > > &tableList)
std::string	guidFromTime ()
data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ObjectStreamer cc bool	isLoosePersistencyDataMember (const Reflex::Member &dataMember)
bool	isLoosePersistencyOnWriting (const Reflex::Member &dataMember)
std::string	mappingTypeFromPool (const std::string &mappingType)
std::string	namedRefNullLabel ()
std::string	nameFromClass (const Reflex::Type &contType)
std::string	poolSchemaVersion ()
void	processBaseClasses (MappingElement &mappingElement, const Reflex::Type &objType, const std::string &scopeNameForSchema, TableRegister &tableRegister)
void	processLeafElement (MappingElement &parentElement, const std::string &elementType, const std::string &typeName, const std::string &attributeName, const std::string &attributeNameForSchema, const std::string &scopeNameForSchema, TableRegister &tableRegister)
void	processTableHierarchy (const MappingElement &element, std::set< std::string > &tableRegister, std::vector< std::pair< std::string, std::string > > &tableList)
void	rebuildPoolMapping (const std::string &scope, const std::string &extraScope, const std::map< std::string, std::vector< MappingRawElement > > &elementsByScope, ora::MappingRawData &dest, int &counter)
void	scanElement (const MappingElement &element, const TableInfo &currentTable, bool isDependency, std::vector< std::string > &tableHierarchy, std::map< std::string, TableInfo > &tableMap)
void	setTableAccessPermission (coral::ITable &table, const std::string &principal, bool forWrite)
void	throwException (const std::string &message, const std::type_info &sourceType, const std::string &methodName)
void	throwException (const std::string &message, const std::string &methodName)
std::string	uniqueRefNullLabel ()
static std::string	validChars ("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_-0123456789")
std::string	variableNameFromPool (const std::string &variableName)

---

Detailed Description

TO BE REMOVED.

---

Enumeration Type Documentation

enum ora::ConditionType

Enumerator:

Eq
Gt
Lt
Ge
Le

Definition at line 33 of file RelationalOperation.h.

{ Eq, Gt, Lt, Ge, Le } ConditionType;

enum ora::SelectionItemType

Enumerator:

EQ
NE
GT
GE
LT
LE

Definition at line 16 of file Selection.h.

{ EQ, NE, GT, GE, LT, LE } SelectionItemType;

---

Function Documentation

void ora::addFromTableHierarchy	(	const std::string &	tableName,
		std::map< std::string, std::set< std::string > > &	tableList,
		std::vector< std::string > &	orderedList
	)

Definition at line 39 of file ContainerSchema.cc.

Referenced by ora::ContainerSchema::getTableHierarchy().

                                 {
      for( std::set<std::string>::const_iterator iDt = iDeps->second.begin();
           iDt != iDeps->second.end(); iDt++ ){
        addFromTableHierarchy( *iDt, tableList, orderedList );
      }
    }
  }

}

ora::ContainerSchema::ContainerSchema( int containerId,

void ora::checkString	(	const std::string &	s,
		int	code,
		bool	thro = true
	)

Definition at line 201 of file MappingRules.cc.

References i, throwException(), and validChars().

                                                                 {
    for( size_t i=0;i<s.size();i++){
      if( validChars.find( s[i])==std::string::npos ) {
        std::stringstream mess;
        mess <<" code="<<code<<" in string ["<<s<<"] found a wrong char=["<<s[i]<<"].";
        if( thro ) throwException( mess.str(),"validChars");
      }
    }    
  } 

char* ora::conditionOfType

(

ConditionType

condType

)

Definition at line 27 of file RelationalOperation.cc.

Referenced by ora::InputRelationalData::addWhereId().

                                                 {
    static char* cond[ 5 ] = { (char*)"=",(char*)">",(char*)"<",(char*)">=",(char*)"<=" };
    return cond[ condType ];
  }

void ora::deleteArrayElements	(	MappingElement &	mapping,
		int	oid,
		int	fromIndex,
		RelationalBuffer &	buffer
	)

Definition at line 8 of file ArrayCommonImpl.cc.

References ora::InputRelationalData::addWhereId(), ora::MappingElement::begin(), ora::MappingElement::columnNames(), ora::MappingElement::elementType(), ora::MappingElement::end(), Ge, ora::RelationalBuffer::newDelete(), ora::MappingElement::tableName(), and ora::InputRelationalData::whereData().

Referenced by ora::PVectorUpdater::update().

                                                         {
  for ( MappingElement::iterator iMe = mapping.begin();
        iMe != mapping.end(); ++iMe ) {
    MappingElement::ElementType elementType = iMe->second.elementType();
    // add the InlineCArray (or change the algorithm...
    if ( elementType == MappingElement::Object ||
         elementType == MappingElement::Array ||
         elementType == MappingElement::OraArray ||
         elementType == MappingElement::CArray ) {
      deleteArrayElements( iMe->second, oid, fromIndex, buffer  );
    }
  }
  if ( mapping.elementType() == MappingElement::Object) return;

  std::string oidColumn = mapping.columnNames()[ 0 ];
  std::string indexColumn = mapping.columnNames()[ 1 ];
  DeleteOperation& deleteOperation = buffer.newDelete( mapping.tableName() );
  deleteOperation.addWhereId( oidColumn );
  deleteOperation.addWhereId( indexColumn, Ge );
  coral::AttributeList::iterator condDataIter = deleteOperation.whereData().begin();
  condDataIter->data<int>() = oid;
  ++condDataIter;
  condDataIter->data<int>() = fromIndex;
}

int ora::existAttribute	(	const std::string &	attributeName,
		const coral::AttributeList &	data
	)

Definition at line 15 of file RelationalOperation.cc.

References getHLTprescales::index, and run_regression::ret.

Referenced by ora::InputRelationalData::addBlobData(), ora::InputRelationalData::addData(), ora::InputRelationalData::addId(), ora::InputRelationalData::addWhereId(), and ora::SelectOperation::addWhereId().

                                                    {
    int ret = -1;
    int index = 0;
    for(coral::AttributeList::const_iterator iAttr = data.begin();
        iAttr!=data.end() && (ret==-1); ++iAttr){
      if( iAttr->specification().name() == attributeName ) ret = index;
      index++;
    }
    return ret;
  }

Container ora::getContainerFromSession	(	const std::string &	name,
		const Reflex::Type &	contType,
		DatabaseSession &	session
	)

Definition at line 42 of file Database.cc.

References ora::Configuration::automaticContainerCreation(), ora::Configuration::automaticDatabaseCreation(), and throwException().

Referenced by ora::Database::getContainer(), and ora::Database::insertItem().

                     {
      if( session.configuration().properties().getFlag( Configuration::automaticDatabaseCreation()) ||
          session.configuration().properties().getFlag( Configuration::automaticContainerCreation() ) ){
        contHandle = session.createContainer( name, contType );
      } else {
        throwException("Container \""+name+"\" does not exist in the database.",
                       "Database::insertItem");
      }
    }

    return Container( contHandle );
  }
}

data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ContainerSchema cc data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ContainerSchema cc data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ContainerSchema cc data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ContainerSchema cc void ora::getTableHierarchyFromMappingElement	(	const MappingElement &	source,
		std::map< std::string, std::set< std::string > > &	tableList
	)

Definition at line 20 of file ContainerSchema.cc.

Referenced by ora::ContainerSchema::getTableHierarchy().

                                {
      std::set<std::string> dependencies;
      tableList.insert(std::make_pair( tableName, dependencies ) );
    }
    for( MappingElement::const_iterator iElem = source.begin();
         iElem != source.end(); iElem++ ){
      std::map<std::string, std::set<std::string> >::iterator iT = tableList.find( tableName );
      const std::string& innerTable = iElem->second.tableName();
      if( innerTable != tableName ){
        iT->second.insert( innerTable );
      }
      getTableHierarchyFromMappingElement( iElem->second, tableList );
    }
  }
  
  void addFromTableHierarchy( const std::string& tableName,
                              std::map<std::string, std::set<std::string> >& tableList,
                              std::vector<std::string>& orderedList ){

std::string ora::guidFromTime

(

)

Definition at line 37 of file Guid.cc.

References ora::Guid::fromTime(), tmp, and ora::Guid::toString().

Referenced by ora::SessionMonitoringData::newTransaction(), and ora::Monitoring::startSession().

                            {
  Guid tmp;
  tmp.fromTime();
  return tmp.toString();
}

data refman pasoursint CMSSW_5_3_10 src CondCore ORA src ObjectStreamer cc bool ora::isLoosePersistencyDataMember

(

const Reflex::Member &

dataMember

)

Definition at line 14 of file ObjectStreamer.cc.

Referenced by ora::ObjectStreamerBase::buildBaseDataMembers(), and ora::ObjectStreamerBase::buildDataMembers().

                                                                                      {
       persistencyType = memberProps.PropertyAsString(ora::MappingRules::persistencyPropertyNameInDictionary());
    }
    return ora::MappingRules::isLooseOnWriting( persistencyType ) || ora::MappingRules::isLooseOnReading( persistencyType ) ;
  }

bool ora::isLoosePersistencyOnWriting

(

const Reflex::Member &

dataMember

)

Definition at line 535 of file RelationalMapping.cc.

References ora::MappingRules::isLooseOnWriting(), and ora::MappingRules::persistencyPropertyNameInDictionary().

Referenced by ora::ObjectMapping::process(), and processBaseClasses().

                                                                    {
    std::string persistencyType("");
    Reflex::PropertyList memberProps = dataMember.Properties();
    if( memberProps.HasProperty(ora::MappingRules::persistencyPropertyNameInDictionary())){
       persistencyType = memberProps.PropertyAsString(ora::MappingRules::persistencyPropertyNameInDictionary());
    }
    return ora::MappingRules::isLooseOnWriting( persistencyType );
  }

std::string ora::mappingTypeFromPool

(

const std::string &

mappingType

)

Definition at line 731 of file PoolDatabaseSchema.cc.

References ora::MappingElement::OraArrayMappingElementType().

Referenced by ora::PoolMappingSchema::getMapping().

                                                               {
    if( mappingType == "PoolArray" ) return MappingElement::OraArrayMappingElementType();
    return mappingType;
  }

std::string ora::namedRefNullLabel

(

)

Definition at line 14 of file NamedRefStreamer.cc.

Referenced by ora::NamedReferenceStreamerBase::bindDataForRead(), and ora::NamedReferenceStreamerBase::bindDataForUpdate().

                                {
  static std::string nullLabel("ora::NamedRef::Null");
  return nullLabel;
}

std::string ora::nameFromClass

(

const Reflex::Type &

contType

)

Definition at line 38 of file Database.cc.

Referenced by ora::Database::createContainer(), ora::Database::getContainer(), and ora::Database::nameForContainer().

std::string ora::poolSchemaVersion

(

)

Definition at line 9 of file IDatabaseSchema.cc.

Referenced by ora::BlobWriterBase::buildDataElement(), ora::Version::fromString(), and ora::PoolMainTable::schemaVersion().

                                {
  static std::string s_version("POOL");
  return s_version;
}

void ora::processBaseClasses	(	MappingElement &	mappingElement,
		const Reflex::Type &	objType,
		const std::string &	scopeNameForSchema,
		TableRegister &	tableRegister
	)

Definition at line 544 of file RelationalMapping.cc.

References CustomConfigs::Base(), className(), i, isLoosePersistencyOnWriting(), ora::MappingRules::isMappedToBlob(), j, ora::MappingRules::mappingPropertyNameInDictionary(), ora::RelationalMappingFactory::newProcessor(), ora::ClassUtils::resolvedType(), ora::MappingRules::scopedVariableForSchemaObjects(), ora::MappingRules::scopedVariableName(), and throwException().

Referenced by ora::ObjectMapping::process().

                                                         {
    std::string className = objType.Name(Reflex::SCOPED);
    for ( size_t i=0; i< objType.BaseSize(); i++){
      Reflex::Base base = objType.BaseAt(i);
      Reflex::Type baseType = ClassUtils::resolvedType( base.ToType() );
      if(!baseType){
        throwException( "Class for base \""+base.Name()+"\" is not in the dictionary.","ObjectMapping::process");
      }

      // TO BE FIXED:: here there is still to fix the right scopeName to pass 
      processBaseClasses( mappingElement, baseType, scopeNameForSchema, tableRegister );
      for ( size_t j=0; j< baseType.DataMemberSize(); j++){
        Reflex::Member baseMember = baseType.DataMemberAt(j);
        // Skip the transient and the static ones
        if ( baseMember.IsTransient() || baseMember.IsStatic() || isLoosePersistencyOnWriting( baseMember ) ) continue;
        // Retrieve the data member type
        Reflex::Type type = ClassUtils::resolvedType( baseMember.TypeOf() );
        Reflex::Type declaringType = ClassUtils::resolvedType( baseMember.DeclaringType());
        std::string scope = declaringType.Name(Reflex::SCOPED);
        // Retrieve the field name
        std::string objectMemberName = ora::MappingRules::scopedVariableName( baseMember.Name(), scope );
        std::string objectMemberNameForSchema = ora::MappingRules::scopedVariableForSchemaObjects( baseMember.Name(), scope );

        std::string mappingType("");
        Reflex::PropertyList memberProps = baseMember.Properties();
        if( memberProps.HasProperty(ora::MappingRules::mappingPropertyNameInDictionary())){
          mappingType = memberProps.PropertyAsString(ora::MappingRules::mappingPropertyNameInDictionary());
        }
        bool blobStreaming = ora::MappingRules::isMappedToBlob( mappingType );
        
        RelationalMappingFactory mappingFactory( tableRegister );
        std::auto_ptr<IRelationalMapping> processor( mappingFactory.newProcessor( type, blobStreaming ) );
        processor->process( mappingElement, objectMemberName, objectMemberNameForSchema, scopeNameForSchema );
      }
    }
  }

void ora::processLeafElement	(	MappingElement &	parentElement,
		const std::string &	elementType,
		const std::string &	typeName,
		const std::string &	attributeName,
		const std::string &	attributeNameForSchema,
		const std::string &	scopeNameForSchema,
		TableRegister &	tableRegister
	)

Definition at line 141 of file RelationalMapping.cc.

References ora::MappingElement::appendSubElement(), ora::MappingElement::blobMappingElementType(), ora::TableRegister::checkColumn(), ora::TableRegister::checkTable(), ora::MappingRules::columnNameForBlobMetadata(), ora::MappingRules::columnNameForVariable(), i, ora::TableRegister::insertColumn(), ora::MappingRules::MaxColumnNameLength, ora::MappingRules::newNameForSchemaObject(), ora::MappingElement::setColumnNames(), ora::MappingElement::tableName(), and throwException().

Referenced by ora::BlobMapping::process(), and ora::PrimitiveMapping::process().

                                                        {
    if(!tableRegister.checkTable( parentElement.tableName())){
      throwException("Table \""+parentElement.tableName()+"\" has not been allocated.",
                     "processLeafElement");
    }
    ora::MappingElement& me = parentElement.appendSubElement( elementType, attributeName, typeName, parentElement.tableName() );
    std::string inputCol = ora::MappingRules::columnNameForVariable( attributeNameForSchema, scopeNameForSchema );
    std::string columnName(inputCol);
    unsigned int i=0;
    while(tableRegister.checkColumn(parentElement.tableName(),columnName)){
      columnName = ora::MappingRules::newNameForSchemaObject( inputCol, i, ora::MappingRules::MaxColumnNameLength );
      i++;
    }
    tableRegister.insertColumn(parentElement.tableName(),columnName);
    std::vector<std::string> cols;
    cols.push_back( columnName );
    // add metadata column for blobs 
    if( elementType == ora::MappingElement::blobMappingElementType() ){
      std::string metaDataColumnName = ora::MappingRules::columnNameForBlobMetadata( columnName );
      tableRegister.insertColumn(parentElement.tableName(),metaDataColumnName );
      cols.push_back( metaDataColumnName );      
    }
    me.setColumnNames( cols );
  }

void ora::processTableHierarchy	(	const MappingElement &	element,
		std::set< std::string > &	tableRegister,
		std::vector< std::pair< std::string, std::string > > &	tableList
	)

Definition at line 277 of file MappingElement.cc.

References ora::MappingElement::begin(), ora::MappingElement::columnNames(), ora::MappingElement::end(), ora::MappingElement::tableName(), throwException(), and ora::MappingElement::variableName().

Referenced by ora::MappingElement::tableHierarchy().

                                                                                    {
    const std::string& tableName = element.tableName();
    std::set<std::string>::iterator iT = tableRegister.find( tableName );
    if( iT == tableRegister.end() ){
      if( element.columnNames().empty() ){
        throwException( "Mapping element for variable \""+element.variableName()+"\" does not specify column names.",
                        "MappingElement::tableHierarchy");
      }
      tableRegister.insert( tableName );
      tableList.push_back( std::make_pair(tableName,element.columnNames()[0]) );
    }
    for(MappingElement::const_iterator iEl = element.begin();
        iEl != element.end(); ++iEl ){
      processTableHierarchy( iEl->second, tableRegister, tableList );
    }
  }

void ora::rebuildPoolMapping	(	const std::string &	scope,
		const std::string &	extraScope,
		const std::map< std::string, std::vector< MappingRawElement > > &	elementsByScope,
		ora::MappingRawData &	dest,
		int &	counter
	)

Definition at line 778 of file PoolDatabaseSchema.cc.

References ora::MappingRawData::addElement(), HTMLExport::elem(), and ora::MappingRawElement::scopeName.

Referenced by ora::PoolMappingSchema::getMapping().

                                                                                                                                                                                                {
    std::map<std::string, std::vector<MappingRawElement> >::const_iterator iSc = elementsByScope.find( scope );
    if( iSc != elementsByScope.end() ){
      for( std::vector<MappingRawElement>::const_iterator iMap = iSc->second.begin();
           iMap != iSc->second.end(); ++iMap ){
        MappingRawElement& elem = dest.addElement( counter ) = *iMap;
        elem.scopeName = extraScope+"::"+iMap->scopeName;
        counter++;
        rebuildPoolMapping( scope+"::"+iMap->variableName, extraScope, elementsByScope, dest, counter );
      }
    }
  }

void ora::scanElement	(	const MappingElement &	element,
		const TableInfo &	currentTable,
		bool	isDependency,
		std::vector< std::string > &	tableHierarchy,
		std::map< std::string, TableInfo > &	tableMap
	)

Definition at line 64 of file MappingTree.cc.

References ora::MappingElement::begin(), ora::MappingElement::Blob, ora::MappingElement::columnNames(), ora::MappingElement::elementType(), ora::MappingElement::end(), ora::TableInfo::m_idColumns, ora::TableInfo::m_tableName, ora::MappingElement::NamedReference, ora::MappingElement::OraReference, ora::MappingElement::Primitive, ora::MappingElement::tableName(), ora::MappingElement::UniqueReference, and ora::MappingElement::variableType().

Referenced by ora::MappingTree::tables().

                                                           {
    const std::string& tName = element.tableName();
    std::map<std::string,TableInfo>::iterator iT = tableMap.find( tName );
    if( iT == tableMap.end() ){
      tableHierarchy.push_back( tName );
      iT = tableMap.insert( std::make_pair( tName, TableInfo() ) ).first;
      iT->second.m_dependency = isDependency;
      iT->second.m_tableName = tName;
      iT->second.m_idColumns = element.columnNames();
      iT->second.m_parentTableName = currentTable.m_tableName;
      iT->second.m_refColumns = currentTable.m_idColumns;
    } else {
      const std::vector<std::string>& dataCols = element.columnNames();
      MappingElement::ElementType elementType = element.elementType();
      switch ( elementType ) {
        case MappingElement::Primitive :
          iT->second.m_dataColumns.insert( std::make_pair( dataCols[0],
                                                           element.variableType() ));
          break;
        case MappingElement::Blob :
          iT->second.m_dataColumns.insert( std::make_pair( dataCols[0],
                                                           coral::AttributeSpecification::typeNameForId( typeid(coral::Blob) ) ));
          iT->second.m_dataColumns.insert( std::make_pair( dataCols[1],
                                                           coral::AttributeSpecification::typeNameForId( typeid(std::string) ) ));
          iT->second.m_nullableColumns.insert( dataCols[1] );
          break;
        case MappingElement::OraReference :
          iT->second.m_dataColumns.insert( std::make_pair( dataCols[0],
                                                           coral::AttributeSpecification::typeNameForId( typeid(int) ) ));
          iT->second.m_dataColumns.insert( std::make_pair( dataCols[1],
                                                           coral::AttributeSpecification::typeNameForId( typeid(int) ) ));
          break;
        case MappingElement::NamedReference :
          iT->second.m_dataColumns.insert( std::make_pair( dataCols[0],
                                                           coral::AttributeSpecification::typeNameForId( typeid(std::string) ) ));   
          break;
        case MappingElement::UniqueReference :
          iT->second.m_dataColumns.insert( std::make_pair( dataCols[0],
                                                           coral::AttributeSpecification::typeNameForId( typeid(std::string) ) ));
          iT->second.m_dataColumns.insert( std::make_pair( dataCols[1],
                                                           coral::AttributeSpecification::typeNameForId( typeid(int) ) ));
          break;
        default:
          break;
      }
    }
    TableInfo currT = iT->second;
    for( MappingElement::const_iterator iM = element.begin();
         iM != element.end(); ++iM ){
      scanElement( iM->second, currT, isDependency, tableHierarchy, tableMap );
    }
  }

void ora::setTableAccessPermission	(	coral::ITable &	table,
		const std::string &	principal,
		bool	forWrite
	)

Definition at line 14 of file IDatabaseSchema.cc.

Referenced by ora::ContainerSchema::setAccessPermission(), and ora::IDatabaseTable::setAccessPermission().

                                                   {
  table.privilegeManager().grantToUser( principal, coral::ITablePrivilegeManager::Select );
  if(forWrite){
    table.privilegeManager().grantToUser( principal, coral::ITablePrivilegeManager::Update );
    table.privilegeManager().grantToUser( principal, coral::ITablePrivilegeManager::Insert );
    table.privilegeManager().grantToUser( principal, coral::ITablePrivilegeManager::Delete );
  } 
}

void ora::throwException	(	const std::string &	message,
		const std::type_info &	sourceType,
		const std::string &	methodName
	)

Definition at line 15 of file Exception.cc.

References className(), ora::ClassUtils::demangledName(), and Exception.

                                                    {
    std::string className = ClassUtils::demangledName( sourceType );
    throw Exception( message, className+"::"+methodName );
  }

void ora::throwException	(	const std::string &	message,
		const std::string &	methodName
	)

Definition at line 10 of file Exception.cc.

References Exception.

Referenced by ora::PoolDbCache::add(), ora::PoolContainerHeaderTable::addContainer(), ora::Selection::addIndexItem(), ora::MappingToSchema::alter(), ora::MappingElement::alterType(), ora::MappingElement::appendSubElement(), ora::BlobWriterBase::bindData(), ora::PrimitiveStreamerBase::bindDataForRead(), ora::NamedReferenceStreamerBase::bindDataForRead(), ora::OraReferenceStreamerBase::bindDataForRead(), ora::NamedReferenceStreamerBase::bindDataForUpdate(), ora::PrimitiveStreamerBase::bindDataForUpdate(), ora::OraReferenceStreamerBase::bindDataForUpdate(), ora::MultiIndexDataTrie::branchSize(), ora::UniqueRefReader::build(), ora::STLContainerWriter::build(), ora::DependentClassReader::build(), ora::OraPtrWriter::build(), ora::CArrayWriter::build(), ora::BlobReader::build(), ora::STLContainerReader::build(), ora::DependentClassWriter::build(), ora::CArrayReader::build(), ora::UniqueRefWriter::build(), ora::OraPtrUpdater::build(), ora::ObjectStreamerBase::buildBaseDataMembers(), ora::NamedReferenceStreamerBase::buildDataElement(), ora::PrimitiveStreamerBase::buildDataElement(), ora::BlobWriterBase::buildDataElement(), ora::OraReferenceStreamerBase::buildDataElement(), ora::InlineCArrayStreamerBase::buildDataElement(), ora::ObjectStreamerBase::buildDataMembers(), ora::Object::cast(), checkString(), ora::Database::checkTransaction(), ora::DatabaseUtilitySession::containerHandle(), ora::Database::containerHandle(), ora::OraMappingElementTable::create(), ora::PoolContainerHeaderTable::create(), ora::OraContainerHeaderTable::create(), ora::PoolMappingElementTable::create(), ora::PoolMainTable::create(), ora::OraMappingVersionTable::create(), ora::OraNamingServiceTable::create(), ora::OraSequenceTable::create(), ora::OraMainTable::create(), ora::CondMetadataTable::create(), ora::PoolMappingVersionTable::create(), ora::PoolDatabaseSchema::create(), ora::PoolClassVersionTable::create(), ora::PoolSequenceTable::create(), ora::OraClassVersionTable::create(), ora::Database::createContainer(), ora::MappingGenerator::createNewDependentMapping(), ora::MappingGenerator::createNewMapping(), ora::MultiRecordSelectOperation::data(), ora::SelectOperation::data(), ora::PoolContainerHeaderTable::decrementNumberOfObjects(), ora::Object::destruct(), ora::CondMetadataTable::drop(), ora::DatabaseContainer::drop(), ora::DatabaseSession::drop(), ora::MappingElement::elementTypeAsString(), ora::MappingElement::elementTypeFromString(), ora::DatabaseUtilitySession::eraseMapping(), ora::ContainerSchema::evolve(), ora::QVQueryMaker::executeAndLoad(), ora::PoolSequenceTable::exists(), ora::OraDatabaseSchema::exists(), ora::PoolDatabaseSchema::exists(), ora::DatabaseContainer::fetchItemAsType(), ora::PoolDbCache::find(), ora::WriteBuffer::flush(), ora::UpdateBuffer::flush(), ora::SharedSession::get(), ora::MappingDatabase::getBaseMappingForContainer(), getContainerFromSession(), ora::MappingDatabase::getDependentMappingsForContainer(), ora::IteratorBuffer::getItemAsType(), ora::PoolSequenceTable::getLastId(), ora::MappingDatabase::getMappingByVersion(), ora::MappingDatabase::getMappingForContainer(), ora::Database::getNamesForObject(), ora::Sequences::getNextId(), ora::MappingElement::idColumn(), ora::DatabaseUtilitySession::importContainerSchema(), ora::PoolContainerHeaderTable::incrementNumberOfObjects(), ora::ContainerSchema::initClassDict(), ora::PoolMappingSchema::insertClassVersion(), ora::DatabaseContainer::insertItem(), ora::Container::insertItem(), ora::STLContainerHandler::iterate(), ora::PVectorHandler::iterate(), ora::DatabaseUtility::listMappings(), ora::DatabaseUtility::listMappingVersions(), ora::Database::listObjectNames(), ora::RelationalPtrLoader::load(), ora::RelationalRefLoader::load(), ora::ContainerSchema::loadMappingForDependentClass(), ora::DatabaseContainer::lock(), ora::Database::lockContainer(), ora::MultiIndexDataTrie::lookupAndClear(), ora::ClassUtils::lookupDictionary(), ora::ContainerSchema::mapping(), ora::ContainerSchema::mappingForDependentClass(), ora::ArrayHandlerFactory::newArrayHandler(), ora::RelationalStreamerFactory::newStreamer(), ora::Database::open(), cond::parseToken(), ora::MappingElement::pkColumn(), ora::MappingElement::posColumn(), ora::ArrayMapping::process(), ora::OraReferenceMapping::process(), ora::ObjectMapping::process(), ora::UniqueReferenceMapping::process(), ora::CArrayMapping::process(), processBaseClasses(), processLeafElement(), processTableHierarchy(), ora::Ptr< T >::ptr(), ora::UniqueRef< T >::ptr(), ora::MultiIndexDataTrie::push(), ora::PVectorHandler::PVectorHandler(), ora::QueryableVector< Tp >::query(), ora::CArrayReader::read(), ora::DependentClassReader::read(), ora::BlobReader::read(), ora::OraPtrReader::read(), ora::UniqueRefReader::read(), ora::STLContainerReader::read(), ora::QueryableVectorReader::read(), ora::ReadBuffer::ReadBuffer(), ora::MappingElement::recordIdColumns(), ora::PoolContainerHeaderTable::removeContainer(), ora::NamedRef< T >::safePtr(), ora::Database::schemaVersion(), ora::CArrayReader::select(), ora::OraPtrReader::select(), ora::QueryableVector< Tp >::select(), ora::STLContainerReader::select(), ora::QVQueryMaker::select(), ora::MultiRecordSelectOperation::selectRow(), ora::PoolMappingSchema::setMappingVersion(), ora::QVQueryMaker::setQueryCondition(), ora::PoolSequenceTable::sinchronize(), ora::SpecialSTLContainerHandler::SpecialSTLContainerHandler(), ora::STLContainerHandler::STLContainerHandler(), ora::OraDatabaseSchema::testDropPermission(), ora::Database::transaction(), ora::PVectorUpdater::update(), ora::QueryableVectorUpdater::update(), ora::OraPtrUpdater::update(), ora::Container::updateItem(), ora::DatabaseContainer::updateItem(), ora::PoolContainerHeaderTable::updateNumberOfObjects(), ora::Handle< T >::validate(), ora::STLContainerWriter::write(), ora::QueryableVectorWriter::write(), ora::CArrayWriter::write(), ora::DependentClassWriter::write(), ora::OraPtrWriter::write(), and ora::UniqueRefWriter::write().

                                                    {
    throw Exception( message, methodName );
  }

std::string ora::uniqueRefNullLabel

(

)

Definition at line 184 of file UniqueRefStreamer.cc.

Referenced by ora::UniqueRefWriter::write().

                                 {
  static std::string nullLabel("ora::UniqueRef::Null");
  return nullLabel;
}

static std::string ora::validChars

(

"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz_-0123456789"

)

[static]

Referenced by checkString().

std::string ora::variableNameFromPool

(

const std::string &

variableName

)

Definition at line 736 of file PoolDatabaseSchema.cc.

Referenced by ora::PoolMappingSchema::getMapping().

                                                                 {
    size_t ind = variableName.find("pool::PVector");
    if( ind != std::string::npos ){
      return "ora::PVector"+variableName.substr(13);
    }
    return variableName;
  }