Collaboration diagram for algorithm library version:

Data Structures
struct	a_version
	instance structure for version More...

Macros
#define	A_VERSION_MAJOR 0
#define	A_VERSION_MINOR 1
#define	A_VERSION_PATCH 15
#define	A_VERSION_TWEAK 20250131
#define	A_VERSION_TOSTR(X)
#define	A_VERSION A_VERSION_TOSTR(A_VERSION_MAJOR) "." A_VERSION_TOSTR(A_VERSION_MINOR) "." A_VERSION_TOSTR(A_VERSION_PATCH)
#define	A_VERSION_0()
#define	A_VERSION_1(major)
#define	A_VERSION_2(major, minor)
#define	A_VERSION_3(major, minor, third)
#define	A_VERSION_4(major, minor, third, extra)
#define	A_VERSION_CHECK()

Typedefs
typedef struct a_version	a_version

Functions
int	a_version_check (unsigned int major, unsigned int minor, unsigned int patch)
	algorithm library version check
unsigned int	a_version_tostr (a_version const ctx, void pdata, a_size nbyte)
	convert version to string
unsigned int	a_version_parse (a_version ctx, char const ver)
	parse version string to version
int	a_version_cmp (a_version const lhs, a_version const rhs)
	compare the version lhs with the version rhs
a_bool	a_version_lt (a_version const lhs, a_version const rhs)
	version lhs is less than version rhs
a_bool	a_version_gt (a_version const lhs, a_version const rhs)
	version lhs is greater than version rhs
a_bool	a_version_le (a_version const lhs, a_version const rhs)
	version lhs is less than or equal to version rhs
a_bool	a_version_ge (a_version const lhs, a_version const rhs)
	version lhs is greater than or equal to version rhs
a_bool	a_version_eq (a_version const lhs, a_version const rhs)
	version lhs is equal to version rhs
a_bool	a_version_ne (a_version const lhs, a_version const rhs)
	version lhs is not equal to version rhs
void	a_version_set_alpha (a_version ctx, char const alpha)
	set alphabet for version
void	a_version_alpha (a_version const *ctx, char alpha[5])
	get alphabet for version

Variables
unsigned int const	a_version_major
unsigned int const	a_version_minor
unsigned int const	a_version_patch
a_u32 const	a_version_tweak

Detailed Description

Macro Definition Documentation

◆ A_VERSION

#define A_VERSION A_VERSION_TOSTR(A_VERSION_MAJOR) "." A_VERSION_TOSTR(A_VERSION_MINOR) "." A_VERSION_TOSTR(A_VERSION_PATCH)

algorithm library version string

◆ A_VERSION_0

#define A_VERSION_0 ( )

Value:

A_VERSION_1(0)

◆ A_VERSION_1

#define A_VERSION_1 ( major )

Value:

A_VERSION_2(major, 0)

◆ A_VERSION_2

#define A_VERSION_2	(		major,
			minor )

Value:

A_VERSION_3(major, minor, 0)

◆ A_VERSION_3

#define A_VERSION_3	(	major,
		minor,
		third )

Value:

A_VERSION_4(major, minor, third, 0)

◆ A_VERSION_4

#define A_VERSION_4	(	major,
		minor,
		third,
		extra )

Value:

{major, minor, third, extra, {'.', 0, 0, 0}}

◆ A_VERSION_CHECK

#define A_VERSION_CHECK ( )

Value:

a_version_check(A_VERSION_MAJOR, A_VERSION_MINOR, A_VERSION_PATCH)

A_VERSION_PATCH

#define A_VERSION_PATCH

Definition version.h:31

a_version_check

int a_version_check(unsigned int major, unsigned int minor, unsigned int patch)

algorithm library version check

A_VERSION_MINOR

#define A_VERSION_MINOR

Definition version.h:25

A_VERSION_MAJOR

#define A_VERSION_MAJOR

Definition version.h:19

◆ A_VERSION_MAJOR

#define A_VERSION_MAJOR 0

algorithm library version major

◆ A_VERSION_MINOR

#define A_VERSION_MINOR 1

algorithm library version minor

◆ A_VERSION_PATCH

#define A_VERSION_PATCH 15

algorithm library version patch

◆ A_VERSION_TOSTR

#define A_VERSION_TOSTR ( X )

Value:

A_CAST_1(X)

◆ A_VERSION_TWEAK

#define A_VERSION_TWEAK 20250131

algorithm library version tweak

Function Documentation

◆ a_version_alpha()

void a_version_alpha	(	a_version const *	ctx,
		char	alpha[5] )

get alphabet for version

Parameters

[in]	ctx	points to an instance structure for version
[out]	alpha	string buffer, >sizeof(ctx->alpha)

◆ a_version_check()

int a_version_check	(	unsigned int	major,
		unsigned int	minor,
		unsigned int	patch )

algorithm library version check

Parameters

[in]	major	required major number
[in]	minor	required minor number
[in]	patch	required patch number

Returns: result of comparison

Return values

<0	library version is higher than required version
>0	library version is lower than required version
0	library version is equal to required version

◆ a_version_cmp()

int a_version_cmp	(	a_version const *	lhs,
		a_version const *	rhs )

compare the version lhs with the version rhs

Parameters

[in]	lhs	version structure to be compared
[in]	rhs	version structure to be compared

Returns: relationship between the versions

Return values

<0	version lhs < version rhs
>0	version lhs > version rhs
0	version lhs == version rhs

◆ a_version_eq()

a_bool a_version_eq	(	a_version const *	lhs,
		a_version const *	rhs )

version lhs is equal to version rhs

Parameters

[in]	lhs	operand on the left
[in]	rhs	operand on the right

Returns: result of comparison

◆ a_version_ge()

a_bool a_version_ge	(	a_version const *	lhs,
		a_version const *	rhs )

version lhs is greater than or equal to version rhs

Parameters

[in]	lhs	operand on the left
[in]	rhs	operand on the right

Returns: result of comparison

◆ a_version_gt()

a_bool a_version_gt	(	a_version const *	lhs,
		a_version const *	rhs )

version lhs is greater than version rhs

Parameters

[in]	lhs	operand on the left
[in]	rhs	operand on the right

Returns: result of comparison

◆ a_version_le()

a_bool a_version_le	(	a_version const *	lhs,
		a_version const *	rhs )

version lhs is less than or equal to version rhs

Parameters

[in]	lhs	operand on the left
[in]	rhs	operand on the right

Returns: result of comparison

◆ a_version_lt()

a_bool a_version_lt	(	a_version const *	lhs,
		a_version const *	rhs )

version lhs is less than version rhs

Parameters

[in]	lhs	operand on the left
[in]	rhs	operand on the right

Returns: result of comparison

◆ a_version_ne()

a_bool a_version_ne	(	a_version const *	lhs,
		a_version const *	rhs )

version lhs is not equal to version rhs

Parameters

[in]	lhs	operand on the left
[in]	rhs	operand on the right

Returns: result of comparison

◆ a_version_parse()

unsigned int a_version_parse	(	a_version *	ctx,
		char const *	ver )

parse version string to version

Parameters

[in,out]	ctx	points to an instance structure for version
[in]	ver	version string to be parsed

Returns: number of parsed characters

◆ a_version_set_alpha()

void a_version_set_alpha	(	a_version *	ctx,
		char const *	alpha )

set alphabet for version

Parameters

[in,out]	ctx	points to an instance structure for version
[in]	alpha	new alphabet

◆ a_version_tostr()

unsigned int a_version_tostr	(	a_version const *	ctx,
		void *	pdata,
		a_size	nbyte )

convert version to string

Parameters

[in]	ctx	points to an instance structure for version
[in]	pdata	points to string buffer
[in]	nbyte	length of string buffer

Returns: number of used characters

Variable Documentation

◆ a_version_major

unsigned int const a_version_major

algorithm library version major

◆ a_version_minor

unsigned int const a_version_minor

algorithm library version minor

◆ a_version_patch

unsigned int const a_version_patch

algorithm library version patch

◆ a_version_tweak

a_u32 const a_version_tweak

algorithm library version tweak

Data Structures

Macros

Typedefs

Functions

Variables

Detailed Description

Macro Definition Documentation

◆ A_VERSION

◆ A_VERSION_0

◆ A_VERSION_1

◆ A_VERSION_2

◆ A_VERSION_3

◆ A_VERSION_4

◆ A_VERSION_CHECK

◆ A_VERSION_MAJOR

◆ A_VERSION_MINOR

◆ A_VERSION_PATCH

◆ A_VERSION_TOSTR

◆ A_VERSION_TWEAK

Function Documentation

◆ a_version_alpha()

◆ a_version_check()

◆ a_version_cmp()

◆ a_version_eq()

◆ a_version_ge()

◆ a_version_gt()

◆ a_version_le()

◆ a_version_lt()

◆ a_version_ne()

◆ a_version_parse()

◆ a_version_set_alpha()

◆ a_version_tostr()

Variable Documentation

◆ a_version_major

◆ a_version_minor

◆ a_version_patch

◆ a_version_tweak