PatternStore< ContainerType, ReadWriteSizeType, PatternType > Class Template Reference

Abstract Pattern store class, not to be instantiated directly. More...

#include <patternstore.h>

Inheritance diagram for PatternStore< ContainerType, ReadWriteSizeType, PatternType >:

Public Types
typedef ContainerType::iterator	iterator
typedef ContainerType::const_iterator	const_iterator

Public Member Functions
	PatternStore ()
virtual	~PatternStore ()
virtual void	attachcorpus (unsigned char *corpusstart, unsigned int corpussize)
virtual void	attachcorpus (const IndexedCorpus &corpus)
virtual void	detachcorpus ()
unsigned char *	getcorpus () const
unsigned int	getcorpussize () const
virtual void	use_v1_format ()
virtual void	insert (const PatternType &pattern)=0
virtual bool	has (const Pattern &) const =0
virtual bool	has (const PatternPointer &) const =0
virtual bool	erase (const PatternType &)=0
virtual size_t	size () const =0
virtual void	reserve (size_t)=0
virtual ContainerType::iterator	begin ()=0
virtual ContainerType::iterator	end ()=0
virtual ContainerType::iterator	find (const Pattern &pattern)=0
virtual ContainerType::iterator	find (const PatternPointer &pattern)=0
virtual void	write (std::ostream *out)=0
virtual PatternStoreInterface *	getstoreinterface ()

Protected Attributes
unsigned char *	corpusstart
unsigned int	corpussize
unsigned char	classencodingversion
int	patterntype

Detailed Description

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>
class PatternStore< ContainerType, ReadWriteSizeType, PatternType >

Abstract Pattern store class, not to be instantiated directly.

This is an abstract class, all Pattern storage containers are derived from this.

Template Parameters

ContainerType	The low-level container type used (an STL container such as set/map).
ReadWriteSizeType	Data type for addressing, influences only the maximum number of items that can be stored (2**64) in the container, as this will be represented in the very beginning of the binary file. No reason to change this unless the container is very deeply nested in others and contains only few items.

Member Typedef Documentation

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

typedef ContainerType::const_iterator PatternStore< ContainerType, ReadWriteSizeType, PatternType >::const_iterator

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

typedef ContainerType::iterator PatternStore< ContainerType, ReadWriteSizeType, PatternType >::iterator

Constructor & Destructor Documentation

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

PatternStore< ContainerType, ReadWriteSizeType, PatternType >::PatternStore ( )

inline

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual PatternStore< ContainerType, ReadWriteSizeType, PatternType >::~PatternStore ( )

inlinevirtual

Member Function Documentation

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual void PatternStore< ContainerType, ReadWriteSizeType, PatternType >::attachcorpus ( unsigned char *  corpusstart, unsigned int  corpussize  )

inlinevirtual

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual void PatternStore< ContainerType, ReadWriteSizeType, PatternType >::attachcorpus ( const IndexedCorpus &  corpus )

inlinevirtual

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual ContainerType::iterator PatternStore< ContainerType, ReadWriteSizeType, PatternType >::begin ( )

pure virtual

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, and PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual void PatternStore< ContainerType, ReadWriteSizeType, PatternType >::detachcorpus ( )

inlinevirtual

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual ContainerType::iterator PatternStore< ContainerType, ReadWriteSizeType, PatternType >::end ( )

pure virtual

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, and PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual bool PatternStore< ContainerType, ReadWriteSizeType, PatternType >::erase ( const PatternType &  )

pure virtual

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, and PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual ContainerType::iterator PatternStore< ContainerType, ReadWriteSizeType, PatternType >::find ( const Pattern &  pattern )

pure virtual

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, and PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual ContainerType::iterator PatternStore< ContainerType, ReadWriteSizeType, PatternType >::find ( const PatternPointer &  pattern )

pure virtual

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, and PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

unsigned char* PatternStore< ContainerType, ReadWriteSizeType, PatternType >::getcorpus ( ) const

inline

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

unsigned int PatternStore< ContainerType, ReadWriteSizeType, PatternType >::getcorpussize ( ) const

inline

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual PatternStoreInterface* PatternStore< ContainerType, ReadWriteSizeType, PatternType >::getstoreinterface ( )

inlinevirtual

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual bool PatternStore< ContainerType, ReadWriteSizeType, PatternType >::has ( const Pattern &  ) const

pure virtual

Does the pattern occur in the pattern store?

Implements PatternStoreInterface.

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternSetModel, and PatternAlignmentModel< FeatureType >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual bool PatternStore< ContainerType, ReadWriteSizeType, PatternType >::has ( const PatternPointer &  ) const

pure virtual

Does the pattern occur in the pattern store?

Implements PatternStoreInterface.

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternSetModel, and PatternAlignmentModel< FeatureType >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual void PatternStore< ContainerType, ReadWriteSizeType, PatternType >::insert ( const PatternType &  pattern )

pure virtual

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, PatternSet< ReadWriteSizeType >, and PatternSet< uint64_t >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual void PatternStore< ContainerType, ReadWriteSizeType, PatternType >::reserve ( size_t  )

pure virtual

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, and PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual size_t PatternStore< ContainerType, ReadWriteSizeType, PatternType >::size ( ) const

pure virtual

How many patterns are in the pattern store?

Implements PatternStoreInterface.

Implemented in HashOrderedPatternMap< ValueType, ValueHandler, ReadWriteSizeType >, OrderedPatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternPointerMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< ValueType, ValueHandler, ReadWriteSizeType >, PatternMap< PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternMap< PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType > >, HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternSetModel, and PatternAlignmentModel< FeatureType >.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual void PatternStore< ContainerType, ReadWriteSizeType, PatternType >::use_v1_format ( )

inlinevirtual

Set this to read patterns using the v1 classencoding (pre Colibri Core v2). Only for reading, write actions will always use the newest version.

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

virtual void PatternStore< ContainerType, ReadWriteSizeType, PatternType >::write ( std::ostream *  out )

pure virtual

Implemented in HashOrderedPatternSet< ReadWriteSizeType >, PatternSet< ReadWriteSizeType >, PatternSet< uint64_t >, PatternSetModel, PatternMapStore< ContainerType, ValueType, ValueHandler, ReadWriteSizeType, PatternType >, PatternMapStore< std::map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, NestedSizeType, Pattern >, PatternMapStore< std::unordered_map< Pattern, PatternMap< ValueType, ValueHandler, NestedSizeType > >, PatternMap< ValueType, ValueHandler, NestedSizeType >, PatternStoreValueHandler< PatternMap< ValueType, ValueHandler, NestedSizeType > >, uint64_t, Pattern >, PatternMapStore< std::unordered_map< Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, PatternMapStore< std::unordered_map< PatternPointer, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, PatternPointer >, PatternMapStore< std::unordered_map< Pattern, PatternFeatureVectorMap< FeatureType > >, PatternFeatureVectorMap< FeatureType >, PatternFeatureVectorMapHandler< FeatureType >, uint64_t, Pattern >, PatternMapStore< std::map< const Pattern, ValueType >, ValueType, ValueHandler, ReadWriteSizeType, Pattern >, and PatternAlignmentModel< FeatureType >.

Member Data Documentation

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

unsigned char PatternStore< ContainerType, ReadWriteSizeType, PatternType >::classencodingversion

protected

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

unsigned int PatternStore< ContainerType, ReadWriteSizeType, PatternType >::corpussize

protected

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

unsigned char* PatternStore< ContainerType, ReadWriteSizeType, PatternType >::corpusstart

protected

template<class ContainerType, class ReadWriteSizeType = uint64_t, class PatternType = Pattern>

int PatternStore< ContainerType, ReadWriteSizeType, PatternType >::patterntype

protected

---

The documentation for this class was generated from the following file:

• include/patternstore.h