Compression.cc File Reference

#include <framecpp_config.h>
#include <strings.h>
#include <algorithm>
#include <iterator>
#include <memory>
#include <sstream>
#include <stdexcept>
#include <string>
#include <valarray>
#include <boost/shared_array.hpp>
#include "ldastoolsal/reverse.hh"
#include "ldastoolsal/util.hh"
#include "ldastoolsal/types.hh"
#include "framecpp/Common/Compression.hh"
#include "framecpp/Common/CompressionDifferential.hh"
#include "framecpp/Common/CompressionGZip.hh"
#include "framecpp/Common/CompressionZeroSuppress.hh"

Include dependency graph for Compression.cc:

This graph shows which files directly or indirectly include this file:

Namespaces
namespace	anonymous_namespace{Compression.cc}
namespace	FrameCPP
	I/O library for implementing the LIGO/Virgo frame specification.
namespace	FrameCPP::Compression
	Routines related to compression algorithems.

Macros
#define	LM_INFO   0
#define	AT()
#define	MAP(A, B)

Typedefs
typedef LDASTools::AL::unordered_map< INT_4U, INT_4U >	anonymous_namespace{Compression.cc}::data_type_size_mapping

Functions
data_type_size_mapping &	anonymous_namespace{Compression.cc}::size_map_init ()
template<typename _Map>
_Map::key_type	anonymous_namespace{Compression.cc}::reverse_lookup (typename _Map::mapped_type Key, const _Map &Map)
template<typename _Map>
_Map::mapped_type	anonymous_namespace{Compression.cc}::reverse_lookup (typename _Map::key_type Key, const _Map &Map)
template<typename T>
INT_4U	anonymous_namespace{Compression.cc}::data_type_id ()
template<>
INT_4U	anonymous_namespace{Compression.cc}::data_type_id< INT_4S > ()
template<>
INT_4U	anonymous_namespace{Compression.cc}::data_type_id< INT_4U > ()
template<>
INT_4U	anonymous_namespace{Compression.cc}::data_type_id< INT_8S > ()
template<>
INT_4U	anonymous_namespace{Compression.cc}::data_type_id< INT_8U > ()
INT_2U	anonymous_namespace{Compression.cc}::data_size (INT_4U Type)
void	anonymous_namespace{Compression.cc}::swap_data (INT_8U NData, FrameCPP::Compression::data_types_type Type, CHAR_U *Buffer)
INT_4U	anonymous_namespace{Compression.cc}::DiffGZip (const CHAR_U *Source, const INT_8U SourceLength, const INT_8U SourceByteLength, INT_4U DataType, INT_4U Level, const compress_type_mapping &CompressionMapping, boost::shared_array< CHAR_U > &Dest, INT_8U &DestByteLength)
template<typename T>
INT_4U	anonymous_namespace{Compression.cc}::compressZeroSuppressComplexType ()
template<typename T>
void	anonymous_namespace{Compression.cc}::compressZeroSuppressComplex (const CHAR_U *Source, const INT_8U SourceLength, const INT_8U SourceByteLength, INT_4U DataType, boost::shared_array< CHAR_U > &DataOut, INT_8U &DataOutLen)
template<typename T>
void	anonymous_namespace{Compression.cc}::expandZeroSuppressComplex (const CHAR_U *Source, const INT_8U SourceLength, const INT_8U SourceByteLength, bool NativeOrder, INT_4U DataType, boost::shared_array< CHAR_U > &DataOut, INT_8U &DataOutLen)
void	FrameCPP::Compression::Compress (INT_4U &CompressionMode, INT_4U Level, const compress_type_mapping &CompressionMapping, const compress_type_reverse_mapping &CompressionReverseMapping, INT_4U DataType, const data_type_mapping &DataTypeMapping, const CHAR_U *Source, const INT_8U SourceLength, const INT_8U SourceByteLength, output_type &Dest, INT_8U &DestByteLength)
	compress data without altering the source
void	FrameCPP::Compression::Expand (const bool NativeOrder, const INT_4U CompressionMode, const compress_type_mapping &CompressionMapping, const INT_4U DataType, const data_type_mapping &DataTypeMapping, const CHAR_U *Source, const INT_8U SourceLength, const INT_8U SourceByteLength, output_type &Dest, INT_8U &DataByteLength)
	uncompress data without altering the source

Variables
static const data_type_size_mapping &	anonymous_namespace{Compression.cc}::size_map = size_map_init( )

Macro Definition Documentation

AT

#define AT

(

)

LM_INFO

#define LM_INFO   0

MAP

#define MAP	(		A,
			B )

Value:

m[ A ] = sizeof( B )