Kryptostack: adapter128.cpp File Reference

Implementation of adapter function for 128 bit versions. More...

#include <string>
#include <charconv>
#include <cstdlib>
#include <quadmath.h>
#include "algo.h"
#include "dbc.h"
#include "helper.h"
#include "adapter128.h"
#include "error.h"

Include dependency graph for adapter128.cpp:

Functions
string	to_string (const __int128 p_z)
	We need an adapter function, because __int128 isn't supported by std::to_string(). More...

string	to_string (__float128 p_float, size_t p_precision)
	We need an adapter function, because __float128 isn't supported by std::to_string(). More...

__int128	stoint128 (const string &p_s)
	We need an adapter function, because __float128 isn't supported by the standard library. More...

__float128	stofloat128 (const string &p_s)
	We need an adapter function, because __float128 isn't supported by the standard library. More...

__float128	ceil (__float128 p_r)
	__float128 overload of ceil()

__float128	floor (__float128 p_r)
	__float128 overload of floor()

__float128	trunc (__float128 p_r)
	__float128 overload of trunc()

__float128	sin (__float128 p_angle)
	__float128 overload of sin()

__float128	cos (__float128 p_angle)
	__float128 overload of cos()

__float128	sqrt (__float128 p_r)
	__float128 overload of sqrt() More...

__float128	atan2 (__float128 p_num, __float128 p_den)
	__float128 overload of atan2()

__float128	pow (__float128 p_base, __float128 p_exp)
	__float128 overload of pow() More...

__float128	rint (__float128 p_num)
	__float128 overload of rint()

__float128	log (__float128 p_num)
	__float128 overload of log() More...

__float128	log10 (__float128 p_num)
	__float128 overload of log10() More...

Detailed Description

Implementation of adapter function for 128 bit versions.

Copyright

  KryptoStack, a minimalist stack-based programming language.
  Copyright (C) 2025  Fred Hagen
This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as
published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with this program.
If not, see https://www.gnu.org/licenses/.

Function Documentation

◆ log()

__float128 log ( __float128 p_num )

__float128 overload of log()

Precondition: p_num > 0

◆ log10()

__float128 log10 ( __float128 p_num )

__float128 overload of log10()

Precondition: p_num > 0

◆ pow()

__float128 pow	(	__float128	p_base,
		__float128	p_exp
	)

__float128 overload of pow()

Precondition: p_exp == rint(p_exp) or p_base >= 0; p_base != 0 or p_exp != 0

◆ sqrt()

__float128 sqrt ( __float128 p_r )

__float128 overload of sqrt()

Precondition: p_r >= 0

◆ stofloat128()

__float128 stofloat128 ( const std::string & p_s )

We need an adapter function, because __float128 isn't supported by the standard library.

Implemented with GNU quadmath.

◆ stoint128()

__int128 stoint128 ( const std::string & p_s )

We need an adapter function, because __float128 isn't supported by the standard library.

Precondition: p_s format is: [-][digit]+; MIN_INT <= integer interpretation <= MAX_INT

Returns: __int128 ... the integer interpretation

◆ to_string() [1/2]

string to_string	(	__float128	p_float,
		size_t	p_precision
	)

We need an adapter function, because __float128 isn't supported by std::to_string().

Implementation with GNU quadmath.

Returns: std::string ... the string-representation of p_float

◆ to_string() [2/2]

string to_string ( __int128 p_z )

We need an adapter function, because __int128 isn't supported by std::to_string().

Parameters

[in] p_z we need a representation for this integer

Returns: std::string the string-representation of p_z

Functions