binarystream.hpp File Reference

Defines I/O interface in binary form using boost data types. More...

#include <iostream>
#include <algorithm>
#include <vector>
#include "util.hpp"
#include <boost/type_traits.hpp>

Go to the source code of this file.

Classes
class	peyton::io::basic_obstream< _CharT, _Traits >
	forward declarations More...
class	peyton::io::basic_ibstream< _CharT, _Traits >
	Input stream. More...
class	peyton::io::basic_bstream< _CharT, _Traits >
	Input/output stream. More...
class	boost::is_pod< ::std::pair< First, Second > >
	Marks a std::pair of PODs as a POD. More...
struct	peyton::io::binary::datatype_info
	Type information structure for manifest. More...
class	peyton::io::basic_obstream< _CharT, _Traits >
	forward declarations More...
class	peyton::io::basic_ibstream< _CharT, _Traits >
	Input stream. More...
class	peyton::io::basic_bstream< _CharT, _Traits >
	Input/output stream. More...

Namespaces
	peyton
	Type traits utilities. Should be separated into it's own header.
	boost
	Automatically mark a std::pair of PODs as a POD.
	peyton::io::binary
	auxiliary/debug variables/methods are found here

Constant Groups
	peyton
	Type traits utilities. Should be separated into it's own header.
	boost
	Automatically mark a std::pair of PODs as a POD.
	peyton::io::binary
	auxiliary/debug variables/methods are found here

Macros
#define	BLESS_POD(T)
	Use this to tell stream that your user defined type may be treated as a plain-old-datatype.
#define	BOSTREAM2(T...)   peyton::io::obstream& operator<<(peyton::io::obstream &out, T)
	Operator declaration macros.
#define	RETFAIL(x)   if(!(x)) return in;
	C and STL string specializations. Note that there's no operator >>(char *), because of possible buffer overflow issues.

Functions
bool	peyton::io::binary::operator< (const datatype_info &a, const datatype_info &b)
	Define operators.
bool	peyton::io::binary::operator== (const datatype_info &a, const datatype_info &b)
	Define operators.
std::ostream &	peyton::io::binary::operator<< (std::ostream &out, const datatype_info &di)
	Define operators.
std::ostream &	peyton::io::binary::operator<< (std::ostream &out, const manifest_t &manifest)
	Define operators.
template<typename T >
void	peyton::io::binary::add_to_manifest ()
	Add typename information to manifest. More...
template<typename T >
	peyton::io::BOSTREAM2 (const T &v)
	Generic POD input/output operators.
template<>
	peyton::io::BOSTREAM2 (std::string const &v)
	String specializations.
template<>
	peyton::io::BISTREAM2 (std::string &v)
	String pointer specializations.
template<typename IT >
obstream &	peyton::io::details::itwrite (obstream &out, unsigned int size, IT start, const ::boost::false_type &)
	unoptimized version
template<typename IT >
obstream &	peyton::io::details::itwrite (obstream &out, unsigned int size, IT start, const ::boost::true_type &)
	optimized version, for POD arrays
template<typename IT >
obstream &	peyton::io::itwrite (obstream &out, unsigned int size, IT start)
	Writing routines for containers. There are three versions, one optimized for containers linearly stored in memory, the generic one, and one optimized for maps (avoids the unnecessary temporaries of data_type)
template<typename C >
ibstream &	peyton::io::itread (ibstream &in, C &a)
	Reading routines for containers.
template<typename C >
ibstream &	peyton::io::itreadvec (ibstream &in, C &a)
	Reading routines for container vectors.
template<typename C >
ibstream &	peyton::io::itreadmap (ibstream &in, C &a)
	Reading routines for containers.
template<typename First , typename Second >
	peyton::io::BOSTREAM2 (const std::pair< First, Second > &v)
	STL specializations.

Variables
manifest_t	peyton::io::binary::manifest
	A map between T and sizeof(T)
bool	peyton::io::binary::track_manifest = true
	If set to true , manifest will be populated.

Detailed Description

Defines I/O interface in binary form using boost data types.

Definition in file binarystream.hpp.