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limitint.hpp File Reference
Private

the reviewed implementation of infinint based on system limited integersthe limitint template class implementation defined in this module can handle positive integers and detect overflow. It shares with infinint the same interface, so it can be use in place of it, but throw Elimitint exceptions if overflow is detected. More...

`#include "../my_config.h"`
`#include <typeinfo>`
`#include "integers.hpp"`
`#include "erreurs.hpp"`
`#include "int_tools.hpp"`
`#include "on_pool.hpp"`
`#include "generic_file.hpp"`
`#include "user_interaction.hpp"`

Go to the source code of this file.

## Classes
class | libdar::limitint< B >

## Namespaces
| libdar
| libdar namespace encapsulate all libdar symbols

## Macros
#define | ZEROED_SIZE 50

## Functions
template<class B >
limitint< B > | libdar::operator+ (const limitint< B > &, const limitint< B > &)
template<class B >
limitint< B > | libdar::operator+ (const limitint< B > &a, U_I b)
template<class B >
limitint< B > | libdar::operator- (const limitint< B > &, const limitint< B > &)
template<class B >
limitint< B > | libdar::operator- (const limitint< B > &a, U_I b)
template<class B >
limitint< B > | libdar::operator* (const limitint< B > &, const limitint< B > &)
template<class B >
limitint< B > | libdar::operator* (const limitint< B > &a, U_I b)
template<class B >
limitint< B > | libdar::operator/ (const limitint< B > &, const limitint< B > &)
template<class B >
limitint< B > | libdar::operator/ (const limitint< B > &a, U_I b)
template<class B >
limitint< B > | libdar::operator% (const limitint< B > &, const limitint< B > &)
template<class B >
limitint< B > | libdar::operator>> (const limitint< B > &a, U_32 bit)
template<class B >
limitint< B > | libdar::operator>> (const limitint< B > &a, const limitint< B > &bit)
template<class B >
limitint< B > | libdar::operator<< (const limitint< B > &a, U_32 bit)
template<class B >
limitint< B > | libdar::operator<< (const limitint< B > &a, const limitint< B > &bit)
template<class B >
limitint< B > | libdar::operator& (const limitint< B > &a, U_32 bit)
template<class B >
limitint< B > | libdar::operator& (const limitint< B > &a, const limitint< B > &bit)
template<class B >
limitint< B > | libdar::operator| (const limitint< B > &a, U_32 bit)
template<class B >
limitint< B > | libdar::operator| (const limitint< B > &a, const limitint< B > &bit)
template<class B >
limitint< B > | libdar::operator^ (const limitint< B > &a, U_32 bit)
template<class B >
limitint< B > | libdar::operator^ (const limitint< B > &a, const limitint< B > &bit)
template<class T >
void | libdar::euclide (T a, T b, T &q, T &r)
template<class B >
void | libdar::euclide (limitint< B > a, U_I b, limitint< B > &q, limitint< B > &r)

## Detailed Description

the reviewed implementation of infinint based on system limited integers

the limitint template class implementation defined in this module can handle positive integers and detect overflow. It shares with infinint the same interface, so it can be use in place of it, but throw Elimitint exceptions if overflow is detected.

Definition in file limitint.hpp.