#include <stddef.h>
#include "zend.h"
#include <stdbool.h>
#include "zend_string.h"
#include "../../php_bcmath.h"

Data Structures
struct	bc_struct

Macros
#define	BASE 10

#define	CH_VAL(c)

#define	BCD_CHAR(d)

#define	MAX(a, b)

#define	MIN(a, b)

#define	bc_add_ex(n1, n2, result, scale_min)

#define	bc_sub_ex(n1, n2, result, scale_min)

#define	bc_multiply_ex(n1, n2, result, scale_min)

#define	bc_new_num(length, scale)

#define	bc_new_num_nonzeroed(length, scale)

#define	bc_free_num(num)

#define	bc_num2str(num)

Typedefs
typedef struct bc_struct *	bc_num

typedef struct bc_struct	bc_struct

Enumerations
enum	sign { PLUS , MINUS }

enum	bcmath_compare_result { BCMATH_EQUAL = 0 , BCMATH_LEFT_GREATER = 1 , BCMATH_RIGHT_GREATER = -1 }

enum	raise_mod_status { OK , BASE_HAS_FRACTIONAL , EXPO_HAS_FRACTIONAL , EXPO_IS_NEGATIVE , MOD_HAS_FRACTIONAL , MOD_IS_ZERO }

Functions
void	bc_init_numbers (void)

void	bc_force_free_number (bc_num *num)

bc_num	_bc_new_num_ex (size_t length, size_t scale, bool persistent)

bc_num	_bc_new_num_nonzeroed_ex (size_t length, size_t scale, bool persistent)

void	_bc_free_num_ex (bc_num *num, bool persistent)

void	bc_init_num (bc_num *num)

bool	bc_str2num (bc_num num, const char str, const char end, size_t scale, size_t full_scale, bool auto_scale)

bc_num	bc_long2num (zend_long lval)

zend_string *	bc_num2str_ex (bc_num num, size_t scale)

void	bc_int2num (bc_num *num, int val)

long	bc_num2long (bc_num num)

bcmath_compare_result	bc_compare (bc_num n1, bc_num n2, size_t scale)

bool	bc_is_zero (bc_num num)

bool	bc_is_zero_for_scale (bc_num num, size_t scale)

bool	bc_is_near_zero (bc_num num, size_t scale)

bool	bc_is_neg (bc_num num)

void	bc_rm_trailing_zeros (bc_num num)

bc_num	bc_add (bc_num n1, bc_num n2, size_t scale_min)

bc_num	bc_sub (bc_num n1, bc_num n2, size_t scale_min)

bc_num	bc_multiply (bc_num n1, bc_num n2, size_t scale)

bc_num	bc_square (bc_num n1, size_t scale)

bool	bc_divide (bc_num n1, bc_num n2, bc_num *quot, size_t scale)

bool	bc_modulo (bc_num num1, bc_num num2, bc_num *resul, size_t scale)

bool	bc_divmod (bc_num num1, bc_num num2, bc_num quo, bc_num rem, size_t scale)

bc_num	bc_floor_or_ceil (bc_num num, bool is_floor)

void	bc_round (bc_num num, zend_long places, zend_long mode, bc_num *result)

raise_mod_status	bc_raisemod (bc_num base, bc_num exponent, bc_num mod, bc_num *result, size_t scale)

bool	bc_raise (bc_num base, long exponent, bc_num *result, size_t scale)

void	bc_raise_bc_exponent (bc_num base, bc_num exponent, bc_num *resul, size_t scale)

bool	bc_sqrt (bc_num *num, size_t scale)

Macro Definition Documentation

◆ BASE

#define BASE 10

Definition at line 63 of file bcmath.h.

◆ bc_add_ex

#define bc_add_ex	(	n1,
		n2,
		result,
		scale_min )

Value:

    do {    \
    bc_num add_ex = bc_add(n1, n2, scale_min);      \
    bc_free_num (result);                           \
    *(result) = add_ex;                             \
} while (0)

Definition at line 133 of file bcmath.h.

◆ bc_free_num

#define bc_free_num ( num )

Value:

_bc_free_num_ex((num), 0)

_bc_free_num_ex

void _bc_free_num_ex(bc_num *num, bool persistent)

Definition init.c:76

Definition at line 187 of file bcmath.h.

◆ bc_multiply_ex

#define bc_multiply_ex	(	n1,
		n2,
		result,
		scale_min )

Value:

    do {    \
    bc_num mul_ex = bc_multiply(n1, n2, scale_min); \
    bc_free_num (result);                           \
    *(result) = mul_ex;                             \
} while (0)

Definition at line 149 of file bcmath.h.

◆ bc_new_num

#define bc_new_num	(		length,
			scale )

Value:

_bc_new_num_ex((length), (scale), 0)

_bc_new_num_ex

bc_num _bc_new_num_ex(size_t length, size_t scale, bool persistent)

Definition init.c:62

Definition at line 185 of file bcmath.h.

◆ bc_new_num_nonzeroed

#define bc_new_num_nonzeroed	(		length,
			scale )

Value:

_bc_new_num_nonzeroed_ex((length), (scale), 0)

_bc_new_num_nonzeroed_ex

bc_num _bc_new_num_nonzeroed_ex(size_t length, size_t scale, bool persistent)

Definition init.c:69

Definition at line 186 of file bcmath.h.

◆ bc_num2str

#define bc_num2str ( num )

Value:

bc_num2str_ex((num), (num->n_scale))

bc_num2str_ex

zend_string * bc_num2str_ex(bc_num num, size_t scale)

Definition num2str.c:37

Definition at line 188 of file bcmath.h.

◆ bc_sub_ex

#define bc_sub_ex	(	n1,
		n2,
		result,
		scale_min )

Value:

    do {    \
    bc_num sub_ex = bc_sub(n1, n2, scale_min);      \
    bc_free_num (result);                           \
    *(result) = sub_ex;                             \
} while (0)

Definition at line 141 of file bcmath.h.

◆ BCD_CHAR

#define BCD_CHAR ( d )

Value:

(d + '0')

Definition at line 68 of file bcmath.h.

◆ CH_VAL

#define CH_VAL ( c )

Value:

(c - '0')

Definition at line 67 of file bcmath.h.

◆ MAX

#define MAX	(		a,
			b )

Value:

((a)>(b)?(a):(b))

a

$obj a

Definition test.php:84

Definition at line 74 of file bcmath.h.

◆ MIN

#define MIN	(		a,
			b )

Value:

((a)>(b)?(b):(a))

Definition at line 75 of file bcmath.h.

Typedef Documentation

◆ bc_num

typedef struct bc_struct* bc_num

Definition at line 39 of file bcmath.h.

◆ bc_struct

typedef struct bc_struct bc_struct

Enumeration Type Documentation

◆ bcmath_compare_result

enum bcmath_compare_result

Enumerator
BCMATH_EQUAL
BCMATH_LEFT_GREATER
BCMATH_RIGHT_GREATER

Definition at line 113 of file bcmath.h.

◆ raise_mod_status

enum raise_mod_status

Enumerator
OK
BASE_HAS_FRACTIONAL
EXPO_HAS_FRACTIONAL
EXPO_IS_NEGATIVE
MOD_HAS_FRACTIONAL
MOD_IS_ZERO

Definition at line 167 of file bcmath.h.

◆ sign

enum sign

Enumerator
PLUS
MINUS

Definition at line 37 of file bcmath.h.

Function Documentation

◆ _bc_free_num_ex()

void _bc_free_num_ex	(	bc_num *	num,
		bool	persistent )

Definition at line 76 of file init.c.

◆ _bc_new_num_ex()

bc_num _bc_new_num_ex	(	size_t	length,
		size_t	scale,
		bool	persistent )

Definition at line 62 of file init.c.

◆ _bc_new_num_nonzeroed_ex()

bc_num _bc_new_num_nonzeroed_ex	(	size_t	length,
		size_t	scale,
		bool	persistent )

Definition at line 69 of file init.c.

◆ bc_add()

bc_num bc_add	(	bc_num	n1,
		bc_num	n2,
		size_t	scale_min )

Definition at line 42 of file add.c.

◆ bc_compare()

bcmath_compare_result bc_compare	(	bc_num	n1,
		bc_num	n2,
		size_t	scale )

Definition at line 154 of file compare.c.

◆ bc_divide()

bool bc_divide	(	bc_num	n1,
		bc_num	n2,
		bc_num *	quot,
		size_t	scale )

Definition at line 331 of file div.c.

◆ bc_divmod()

bool bc_divmod	(	bc_num	num1,
		bc_num	num2,
		bc_num *	quo,
		bc_num *	rem,
		size_t	scale )

Definition at line 44 of file divmod.c.

◆ bc_floor_or_ceil()

bc_num bc_floor_or_ceil	(	bc_num	num,
		bool	is_floor )

Definition at line 21 of file floor_or_ceil.c.

◆ bc_force_free_number()

void bc_force_free_number ( bc_num * num )

Definition at line 100 of file init.c.

◆ bc_init_num()

void bc_init_num ( bc_num * num )

Definition at line 108 of file init.c.

◆ bc_init_numbers()

void bc_init_numbers ( void )

Definition at line 91 of file init.c.

◆ bc_int2num()

void bc_int2num	(	bc_num *	num,
		int	val )

Definition at line 36 of file int2num.c.

◆ bc_is_near_zero()

bool bc_is_near_zero	(	bc_num	num,
		size_t	scale )

Definition at line 40 of file nearzero.c.

◆ bc_is_neg()

bool bc_is_neg ( bc_num num )

Definition at line 36 of file neg.c.

◆ bc_is_zero()

bool bc_is_zero ( bc_num num )

Definition at line 58 of file zero.c.

◆ bc_is_zero_for_scale()

bool bc_is_zero_for_scale	(	bc_num	num,
		size_t	scale )

Definition at line 38 of file zero.c.

◆ bc_long2num()

bc_num bc_long2num ( zend_long lval )

Definition at line 23 of file long2num.c.

◆ bc_modulo()

bool bc_modulo	(	bc_num	num1,
		bc_num	num2,
		bc_num *	resul,
		size_t	scale )

Definition at line 86 of file divmod.c.

◆ bc_multiply()

bc_num bc_multiply	(	bc_num	n1,
		bc_num	n2,
		size_t	scale )

Definition at line 243 of file recmul.c.

◆ bc_num2long()

long bc_num2long ( bc_num num )

Definition at line 40 of file num2long.c.

◆ bc_num2str_ex()

zend_string * bc_num2str_ex	(	bc_num	num,
		size_t	scale )

Definition at line 37 of file num2str.c.

◆ bc_raise()

bool bc_raise	(	bc_num	base,
		long	exponent,
		bc_num *	result,
		size_t	scale )

Definition at line 46 of file raise.c.

◆ bc_raise_bc_exponent()

void bc_raise_bc_exponent	(	bc_num	base,
		bc_num	exponent,
		bc_num *	resul,
		size_t	scale )

Definition at line 111 of file raise.c.

◆ bc_raisemod()

raise_mod_status bc_raisemod	(	bc_num	base,
		bc_num	exponent,
		bc_num	mod,
		bc_num *	result,
		size_t	scale )

Definition at line 37 of file raisemod.c.

◆ bc_rm_trailing_zeros()

void bc_rm_trailing_zeros ( bc_num num )

Definition at line 48 of file rmzero.c.

◆ bc_round()

void bc_round	(	bc_num	num,
		zend_long	places,
		zend_long	mode,
		bc_num *	result )

Definition at line 21 of file round.c.

◆ bc_sqrt()

bool bc_sqrt	(	bc_num *	num,
		size_t	scale )

Definition at line 39 of file sqrt.c.

◆ bc_square()

bc_num bc_square	(	bc_num	n1,
		size_t	scale )

Definition at line 271 of file recmul.c.

◆ bc_str2num()

bool bc_str2num	(	bc_num *	num,
		const char *	str,
		const char *	end,
		size_t	scale,
		size_t *	full_scale,
		bool	auto_scale )

Definition at line 109 of file str2num.c.

◆ bc_sub()

bc_num bc_sub	(	bc_num	n1,
		bc_num	n2,
		size_t	scale_min )

Definition at line 42 of file sub.c.

Data Structures

Macros

Typedefs

Enumerations

Functions

Macro Definition Documentation

◆ BASE

◆ bc_add_ex

◆ bc_free_num

◆ bc_multiply_ex

◆ bc_new_num

◆ bc_new_num_nonzeroed

◆ bc_num2str

◆ bc_sub_ex

◆ BCD_CHAR

◆ CH_VAL

◆ MAX

◆ MIN

Typedef Documentation

◆ bc_num

◆ bc_struct

Enumeration Type Documentation

◆ bcmath_compare_result

◆ raise_mod_status

◆ sign

Function Documentation

◆ _bc_free_num_ex()

◆ _bc_new_num_ex()

◆ _bc_new_num_nonzeroed_ex()

◆ bc_add()

◆ bc_compare()

◆ bc_divide()

◆ bc_divmod()

◆ bc_floor_or_ceil()

◆ bc_force_free_number()

◆ bc_init_num()

◆ bc_init_numbers()

◆ bc_int2num()

◆ bc_is_near_zero()

◆ bc_is_neg()

◆ bc_is_zero()

◆ bc_is_zero_for_scale()

◆ bc_long2num()

◆ bc_modulo()

◆ bc_multiply()

◆ bc_num2long()

◆ bc_num2str_ex()

◆ bc_raise()

◆ bc_raise_bc_exponent()

◆ bc_raisemod()

◆ bc_rm_trailing_zeros()

◆ bc_round()

◆ bc_sqrt()

◆ bc_square()

◆ bc_str2num()

◆ bc_sub()