Collaboration diagram for algorithm library:

Topics
	floating-point number

	AVL binary search tree

	basic buffer library

	complex number

	Cyclic Redundancy Check

	fuzzy operator

	hash function

	High Pass Filter

	linear algebra functions

	circular doubly linked list

	Low Pass Filter

	mathematical algorithm library

	membership function

	note frequency table

	proportional integral derivative controller

	fuzzy proportional integral derivative controller

	single neuron proportional integral derivative controller

	polynomial

	basic queue library

	red–black binary search tree

	regression

	singly linked list

	basic string library

	transfer function

	bell-shaped velocity trajectory

	cubic polynomial trajectory

	quintic polynomial trajectory

	hepta polynomial trajectory

	trapezoidal velocity trajectory

	Unicode Transformation Format

	basic vector library

	algorithm library version

Data Structures
union	a_cast

Macros
#define	A_ORDER_LITTLE 1234
	byte order of little endian architecture

#define	A_ORDER_BIG 4321
	byte order of big endian architecture

#define	A_BYTE_ORDER 1234
	byte order of architecture

#define	A_SIZE_POINTER 4
	size of void pointer

#define	A_BUILD_ASSERT(x)
	assert a build-time dependency, as an expression

#define	A_BUILD_BUG_ON(x)
	assert a build-time dependency, as an expression

#define	a_cast_r(T, x)

#define	a_cast_d(T, x)

#define	a_cast_s(T, x)

#define	a_cast_c(T, x)

#define	A_CAST_3(a, b, c)

#define	A_CAST_2(a, b)

#define	A_CAST_1(a)

#define	A_NULL NULL

#define	a_void_c(x)
	static cast to a_void

#define	a_void_(_, x)

#define	a_void void
	incomplete type or no parameter or no return value

#define	A_TRUE true

#define	A_FALSE false

#define	A_BOOL bool

#define	a_bool_c(x)
	static cast to a_bool

#define	A_INT int

#define	A_INT_MAX INT_MAX

#define	A_INT_MIN INT_MIN

#define	a_int_c(x)
	static cast to a_int

#define	a_int_(_, x)

#define	A_UINT unsigned int

#define	A_UINT_MAX UINT_MAX

#define	a_uint_c(x)
	static cast to a_uint

#define	a_uint_(_, x)

#define	A_SHRT short

#define	A_SHRT_MAX SHRT_MAX

#define	A_SHRT_MIN SHRT_MIN

#define	a_shrt_c(x)
	static cast to a_shrt

#define	a_shrt_(_, x)

#define	A_USHRT unsigned short

#define	A_USHRT_MAX USHRT_MAX

#define	a_ushrt_c(x)
	static cast to a_ushrt

#define	a_ushrt_(_, x)

#define	A_LONG long

#define	A_LONG_MIN LONG_MIN

#define	A_LONG_MAX LONG_MAX

#define	a_long_c(x)
	static cast to a_long

#define	a_long_(_, x)

#define	A_ULONG unsigned long

#define	A_ULONG_MAX ULONG_MAX

#define	a_ulong_c(x)
	static cast to a_ulong

#define	a_ulong_(_, x)

#define	A_BYTE unsigned char

#define	A_BYTE_MAX UCHAR_MAX

#define	a_byte_c(x)
	static cast to a_byte

#define	a_byte_(_, x)

#define	A_C8 char

#define	A_C8_MAX CHAR_MAX

#define	A_C8_MIN CHAR_MIN

#define	a_c8_c(x)
	static cast to a_c8

#define	a_c8_(_, x)

#define	A_I8 signed char

#define	A_I8_C(X)

#define	A_I8_MAX A_I8_C(0x7F)

#define	A_I8_MIN A_I8_C(~0x7F)

#define	a_i8_c(x)
	static cast to a_i8

#define	a_i8_(_, x)

#define	A_U8 unsigned char

#define	A_U8_C(X)

#define	A_U8_MAX A_U8_C(0xFF)

#define	a_u8_c(x)
	static cast to a_u8

#define	a_u8_(_, x)

#define	A_PRI8

#define	A_SCN8 "hh"

#define	A_I16 short

#define	A_I16_C(X)

#define	A_I16_MAX A_I16_C(0x7FFF)

#define	A_I16_MIN A_I16_C(~0x7FFF)

#define	a_i16_c(x)
	static cast to a_i16

#define	a_i16_(_, x)

#define	A_U16 unsigned short

#define	A_U16_C(X)

#define	A_U16_MAX A_U16_C(0xFFFF)

#define	a_u16_c(x)
	static cast to a_u16

#define	a_u16_(_, x)

#define	A_PRI16

#define	A_SCN16 "h"

#define	A_I32 long

#define	A_I32_C(X)

#define	A_I32_MAX A_I32_C(0x7FFFFFFF)

#define	A_I32_MIN A_I32_C(~0x7FFFFFFF)

#define	a_i32_c(x)
	static cast to a_i32

#define	a_i32_(_, x)

#define	A_U32 unsigned long

#define	A_U32_C(X)

#define	A_U32_MAX A_U32_C(0xFFFFFFFF)

#define	a_u32_c(x)
	static cast to a_u32

#define	a_u32_(_, x)

#define	A_PRI32 "l"

#define	A_SCN32 "l"

#define	A_I64 long

#define	A_I64_C(X)

#define	A_I64_MAX A_I64_C(0x7FFFFFFFFFFFFFFF)

#define	A_I64_MIN A_I64_C(~0x7FFFFFFFFFFFFFFF)

#define	a_i64_c(x)
	static cast to a_i64

#define	a_i64_(_, x)

#define	A_U64 unsigned long

#define	A_U64_C(X)

#define	A_U64_MAX A_U64_C(0xFFFFFFFFFFFFFFFF)

#define	a_u64_c(x)
	static cast to a_u64

#define	a_u64_(_, x)

#define	A_PRI64 "l"

#define	A_SCN64 "l"

#define	A_IMAX A_I64

#define	A_IMAX_C(X)

#define	A_IMAX_MAX A_I64_MAX

#define	A_IMAX_MIN A_I64_MIN

#define	a_imax_c(x)
	static cast to a_imax

#define	a_imax_(_, x)

#define	A_UMAX A_U64

#define	A_UMAX_C(X)

#define	A_UMAX_MAX A_U64_MAX

#define	a_umax_c(x)
	static cast to a_umax

#define	a_umax_(_, x)

#define	A_PRIMAX A_PRI64

#define	A_SCNMAX A_SCN64

#define	A_IPTR A_I32

#define	A_IPTR_MAX A_I32_MAX

#define	A_IPTR_MIN A_I32_MIN

#define	a_iptr_c(x)
	static cast to a_iptr

#define	a_iptr_(_, x)

#define	A_UPTR A_U32

#define	A_UPTR_MAX A_U32_MAX

#define	a_uptr_c(x)
	static cast to a_uptr

#define	a_uptr_(_, x)

#define	A_PRIPTR A_PRI32

#define	A_SCNPTR A_SCN32

#define	A_DIFF ptrdiff_t

#define	A_DIFF_MAX A_I32_MAX

#define	A_DIFF_MIN A_I32_MIN

#define	a_diff_c(x)
	static cast to a_diff

#define	a_diff_(_, x)

#define	A_PRIt "t"

#define	A_SCNt "t"

#define	A_SIZE size_t

#define	A_SIZE_MAX A_U32_MAX

#define	a_size_c(x)
	static cast to a_size

#define	a_size_(_, x)

#define	A_PRIz "z"

#define	A_SCNz "z"

#define	A_F16_NNAN A_U16_C(0xFE00)

#define	A_F16_PNAN A_U16_C(0x7E00)

#define	A_F16_NINF A_U16_C(0xFC00)

#define	A_F16_PINF A_U16_C(0x7C00)

#define	A_F32 float

#define	A_F32_C(X)

#define	A_F32_F(F)

#define	A_F32_DIG FLT_DIG

#define	A_F32_EPSILON FLT_EPSILON

#define	A_F32_MANT_DIG FLT_MANT_DIG

#define	A_F32_MAX FLT_MAX

#define	A_F32_MAX_10_EXP FLT_MAX_10_EXP

#define	A_F32_MAX_EXP FLT_MAX_EXP

#define	A_F32_MIN FLT_MIN

#define	A_F32_MIN_10_EXP FLT_MIN_10_EXP

#define	A_F32_MIN_EXP FLT_MIN_EXP

#define	A_F32_INF a_cast_s(a_f32, DBL_MAX)

#define	A_F32_NAN (A_F32_C(0.0) * A_F32_INF)

#define	A_F32_NNAN A_U32_C(0xFFC00000)

#define	A_F32_PNAN A_U32_C(0x7FC00000)

#define	A_F32_NINF A_U32_C(0xFF800000)

#define	A_F32_PINF A_U32_C(0x7F800000)

#define	a_f32_c(x)
	static cast to a_f32

#define	a_f32_(_, x)

#define	A_F64 double

#define	A_F64_C(X)

#define	A_F64_F(F)

#define	A_F64_DIG DBL_DIG

#define	A_F64_EPSILON DBL_EPSILON

#define	A_F64_MANT_DIG DBL_MANT_DIG

#define	A_F64_MAX DBL_MAX

#define	A_F64_MAX_10_EXP DBL_MAX_10_EXP

#define	A_F64_MAX_EXP DBL_MAX_EXP

#define	A_F64_MIN DBL_MIN

#define	A_F64_MIN_10_EXP DBL_MIN_10_EXP

#define	A_F64_MIN_EXP DBL_MIN_EXP

#define	A_F64_INF (DBL_MAX * DBL_MAX)

#define	A_F64_NAN (A_F64_C(0.0) * A_F64_INF)

#define	A_F64_NNAN A_U64_C(0xFFF8000000000000)

#define	A_F64_PNAN A_U64_C(0x7FF8000000000000)

#define	A_F64_NINF A_U64_C(0xFFF0000000000000)

#define	A_F64_PINF A_U64_C(0x7FF0000000000000)

#define	a_f64_c(x)
	static cast to a_f64

#define	a_f64_(_, x)

#define	A_SQ(x)
	square of x, $x^{2}$

#define	A_ABS(x)
	absolute value of x, $\| x \|$

#define	A_ABS_(f, g)
	absolute value of f-g, $\| f - g \|$

#define	A_MIN(x, y)
	minimum value between x and y

#define	A_MAX(x, y)
	maximum value between x and y

#define	A_SGN(x)
	signum function, $sgn (x) = {\begin{cases} + 1 & x > 0 \\ 0 & 0 \\ - 1 & x < 0 \end{cases}$

#define	A_SGN_(f, g)
	signum function, $sgn (f, g) = {\begin{cases} + 1 & f > g \\ 0 & f = g \\ - 1 & f < g \end{cases}$

#define	A_SAT(x, min, max)
	saturation value of x, $sat (x, m i n, m a x) = {\begin{cases} m i n & m i n > x \\ m a x & x > m a x \\ x & e l s e \end{cases}$

#define	A_LEN(a)
	number of elements in a visible array

#define	a_offsetof(type, member)
	offset of a structure member

#define	a_container_of(ptr, type, member)
	container of a structure member

#define	a_size_down(a, n)
	round down size `n` to be a multiple of `a`

#define	a_size_up(a, n)
	round up size `n` to be a multiple of `a`

#define	a_align_down(a, p)
	round pointer `p` down to the closest `a`, aligned address <= `p`

#define	a_align_up(a, p)
	round pointer `p` up to the closest `a`, aligned address >= `p`

#define	a_forenum(I, i, n)
	iterate from 0 to n and not include n

#define	A_FORENUM(I, i, n)

#define	a_forenum_reverse(I, i, n)
	iterate from n to 0 and not include n

#define	A_FORENUM_REVERSE(I, i, n)

#define	a_foreach(T, S, it, ptr, num)
	iterate over an array

#define	A_FOREACH(T, it, at, ptr, num)

#define	a_forsafe(T, S, it, ptr, num)
	iterate over an array

#define	A_FORSAFE(T, it, at, ptr, num)

#define	a_foreach_reverse(T, S, it, ptr, num)
	iterate over an array in reverse

#define	A_FOREACH_REVERSE(T, it, at, ptr, num)

#define	a_forsafe_reverse(T, S, it, ptr, num)
	iterate over an array in reverse

#define	A_FORSAFE_REVERSE(T, it, at, ptr, num)

#define	a_iterate(T, S, it, ptr, end)
	iterate over an array

#define	A_ITERATE(T, it, at, ptr, end)

#define	a_iterate_reverse(T, S, it, ptr, end)
	iterate over an array in reverse

#define	A_ITERATE_REVERSE(T, it, at, ptr, end)

#define	A_ALLOC(alloc, addr, size)
	declare allocation function

#define	a_new(T, ptr, num)

#define	a_die(ptr)

Typedefs
typedef bool	a_bool
	type, capable of holding one of the two values: 1 and 0

typedef int	a_int
	signed integer type is guaranteed to be at least 16 bits

typedef unsigned int	a_uint
	unsigned integer type is guaranteed to be at least 16 bits

typedef short	a_shrt
	signed integer type is guaranteed to be at least 16 bits

typedef unsigned short	a_ushrt
	unsigned integer type is guaranteed to be at least 16 bits

typedef long	a_long
	signed integer type is guaranteed to be at least 32 bits

typedef unsigned long	a_ulong
	unsigned integer type is guaranteed to be at least 32 bits

typedef unsigned char	a_byte
	type for unsigned character representation

typedef char	a_c8
	type for character representation

typedef signed char	a_i8
	signed integer type with width of exactly 8 bits

typedef unsigned char	a_u8
	unsigned integer type with width of exactly 8 bits

typedef short	a_i16
	signed integer type with width of exactly 16 bits

typedef unsigned short	a_u16
	unsigned integer type with width of exactly 16 bits

typedef long	a_i32
	signed integer type with width of exactly 32 bits

typedef unsigned long	a_u32
	unsigned integer type with width of exactly 32 bits

typedef long	a_i64
	signed integer type with width of exactly 64 bits

typedef unsigned long	a_u64
	unsigned integer type with width of exactly 64 bits

typedef long	a_imax
	maximum-width signed integer type

typedef unsigned long	a_umax
	maximum-width unsigned integer type

typedef long	a_iptr
	signed integer type capable of holding a pointer to void

typedef unsigned long	a_uptr
	unsigned integer type capable of holding a pointer to void

typedef ptrdiff_t	a_diff
	signed integer type returned when subtracting two pointers

typedef size_t	a_size
	unsigned integer type returned by the sizeof operator

typedef float	a_f32
	single precision floating point type. Matches IEEE-754 binary32 format if supported.

typedef double	a_f64
	double precision floating point type. Matches IEEE-754 binary64 format if supported.

typedef union a_cast	a_cast

Enumerations
enum	a_return_code { A_SUCCESS , A_FAILURE , A_INVALID , A_OBOUNDS , A_OMEMORY }
	enumeration for return values

Functions
a_u8	a_u8_rev (a_u8 x)
	reverse the bits in an 8-bit unsigned integer

a_u16	a_u16_rev (a_u16 x)
	reverse the bits in a 16-bit unsigned integer

a_u16	a_u16_getl (void const *b)

a_u16	a_u16_getb (void const *b)

void	a_u16_setl (void *b, a_u16 x)

void	a_u16_setb (void *b, a_u16 x)

a_u32	a_u32_rev (a_u32 x)
	reverse the bits in a 32-bit unsigned integer

a_u32	a_u32_getl (void const *b)

a_u32	a_u32_getb (void const *b)

void	a_u32_setl (void *b, a_u32 x)

void	a_u32_setb (void *b, a_u32 x)

a_u64	a_u64_rev (a_u64 x)
	reverse the bits in a 64-bit unsigned integer

a_u64	a_u64_getl (void const *b)

a_u64	a_u64_getb (void const *b)

void	a_u64_setl (void *b, a_u64 x)

void	a_u64_setb (void *b, a_u64 x)

void *	a_copy (void __restrict dst, void const __restrict src, a_size siz)
	copy one buffer to another

void *	a_move (void dst, void const src, a_size siz)
	move one buffer to another

void *	a_fill (void *ptr, a_size siz, int val)
	fill a buffer with a character

void *	a_zero (void *ptr, a_size siz)
	fill a buffer with zero

void	a_swap (void lhs, void rhs, a_size siz)
	swap two different memory blocks of the same size

void *	a_alloc_ (void *addr, a_size size)
	default allocation function

Variables
void (	a_alloc )(void *addr, a_size size)
	allocation function pointer

Detailed Description

Macro Definition Documentation

◆ A_ABS

#define A_ABS ( x )

Value:

((x) < 0 ? -(x) : (x))

absolute value of x, $| x |$

◆ A_ABS_

#define A_ABS_	(		f,
			g )

Value:

((f) < (g) ? (g) - (f) : (f) - (g))

absolute value of f-g, $| f - g |$

◆ a_align_down

#define a_align_down	(		a,
			p )

Value:

a_cast_r(void *, a_cast_r(a_uptr, p) & ~a_cast_s(a_uptr, (a) - 1))

a_uptr

unsigned long a_uptr

unsigned integer type capable of holding a pointer to void

Definition a.h:738

round pointer p down to the closest a, aligned address <= p

◆ a_align_up

#define a_align_up	(		a,
			p )

Value:

a_cast_r(void *, (a_cast_r(a_uptr, p) + (a) - 1) & ~a_cast_s(a_uptr, (a) - 1))

round pointer p up to the closest a, aligned address >= p

◆ A_ALLOC

#define A_ALLOC	(	alloc,
		addr,
		size )

Value:

void *alloc(void *addr, a_size size)

a_size

size_t a_size

unsigned integer type returned by the sizeof operator

Definition a.h:823

declare allocation function

◆ a_bool_c

#define a_bool_c ( x )

Value:

(!!(x))

static cast to a_bool

◆ A_BUILD_ASSERT

#define A_BUILD_ASSERT ( x )

Value:

(void)(sizeof(char[1 - 2 * !(x)]))

assert a build-time dependency, as an expression

◆ A_BUILD_BUG_ON

#define A_BUILD_BUG_ON ( x )

Value:

(void)(sizeof(char[1 - 2 * !!(x)]))

assert a build-time dependency, as an expression

◆ a_byte_

#define a_byte_	(		_,
			x )

Value:

a_cast_s(a_byte _, x)

a_byte

unsigned char a_byte

type for unsigned character representation

Definition a.h:400

◆ a_byte_c

#define a_byte_c ( x )

Value:

a_cast_s(a_byte, x)

static cast to a_byte

◆ a_c8_

#define a_c8_	(		_,
			x )

Value:

a_cast_s(a_c8 _, x)

a_c8

char a_c8

type for character representation

Definition a.h:409

◆ a_c8_c

#define a_c8_c ( x )

Value:

a_cast_s(a_c8, x)

static cast to a_c8

◆ A_CAST_1

#define A_CAST_1 ( a )

Value:

#a

◆ A_CAST_2

#define A_CAST_2	(		a,
			b )

Value:

a##b

◆ A_CAST_3

#define A_CAST_3	(	a,
		b,
		c )

Value:

a##b##c

◆ a_cast_c

#define a_cast_c	(		T,
			x )

Value:

const_cast<T>(x)

◆ a_cast_d

#define a_cast_d	(		T,
			x )

Value:

dynamic_cast<T>(x)

◆ a_cast_r

#define a_cast_r	(		T,
			x )

Value:

reinterpret_cast<T>(x)

◆ a_cast_s

#define a_cast_s	(		T,
			x )

Value:

static_cast<T>(x)

◆ a_container_of

#define a_container_of	(	ptr,
		type,
		member )

Value:

a_cast_r(type *, a_cast_r(a_uptr, ptr) - a_offsetof(type, member))

a_offsetof

#define a_offsetof(type, member)

offset of a structure member

Definition a.h:1100

container of a structure member

Parameters

ptr	pointer to a member variable
type	structure type
member	member variable

◆ a_die

#define a_die ( ptr )

Value:

a_alloc(ptr, 0)

a_alloc

void *(* a_alloc)(void *addr, a_size size)

allocation function pointer

Definition a.h:1524

◆ a_diff_

#define a_diff_	(		_,
			x )

Value:

a_cast_s(a_diff _, x)

a_diff

ptrdiff_t a_diff

signed integer type returned when subtracting two pointers

Definition a.h:780

◆ a_diff_c

#define a_diff_c ( x )

Value:

a_cast_s(a_diff, x)

static cast to a_diff

◆ a_f32_

#define a_f32_	(		_,
			x )

Value:

a_cast_s(a_f32 _, x)

a_f32

float a_f32

single precision floating point type. Matches IEEE-754 binary32 format if supported.

Definition a.h:877

◆ A_F32_C

#define A_F32_C ( X )

Value:

A_CAST_2(X, F)

◆ a_f32_c

#define a_f32_c ( x )

Value:

a_cast_s(a_f32, x)

static cast to a_f32

◆ A_F32_F

#define A_F32_F ( F )

Value:

A_CAST_2(F, f)

◆ a_f64_

#define a_f64_	(		_,
			x )

Value:

a_cast_s(a_f64 _, x)

a_f64

double a_f64

double precision floating point type. Matches IEEE-754 binary64 format if supported.

Definition a.h:901

◆ A_F64_C

#define A_F64_C ( X )

Value:

X

◆ a_f64_c

#define a_f64_c ( x )

Value:

a_cast_s(a_f64, x)

static cast to a_f64

◆ A_F64_F

#define A_F64_F ( F )

Value:

F

◆ A_FOREACH

#define A_FOREACH	(	T,
		it,
		at,
		ptr,
		num )

Value:

for (it = a_cast_s(T, ptr), at = it + (num); it < at; ++it)

◆ a_foreach

#define a_foreach	(	T,
		S,
		it,
		ptr,
		num )

Value:

for (T S it = a_cast_s(T S, ptr), S it##_ = it + (num); it < it##_; ++it)

iterate over an array

Parameters

T	the prefix of the element type
S	the suffix of the element type
it	pointer to the current element
ptr	starting address of this array
num	number of elements in this array

◆ A_FOREACH_REVERSE

#define A_FOREACH_REVERSE	(	T,
		it,
		at,
		ptr,
		num )

Value:

for (at = a_cast_s(T, ptr) - 1, it = at + (num); it > at; --it)

◆ a_foreach_reverse

#define a_foreach_reverse	(	T,
		S,
		it,
		ptr,
		num )

Value:

for (T S it##_ = a_cast_s(T S, ptr) - 1, S it = it##_ + (num); it > it##_; --it)

iterate over an array in reverse

Parameters

T	the prefix of the element type
S	the suffix of the element type
it	pointer to the current element
ptr	starting address of this array
num	number of elements in this array

◆ A_FORENUM

#define A_FORENUM	(	I,
		i,
		n )

Value:

for (i = 0; i < a_cast_s(I, n); ++i)

◆ a_forenum

#define a_forenum	(	I,
		i,
		n )

Value:

for (I i = 0; i < (n); ++i)

iterate from 0 to n and not include n

Parameters

I	index type of the iteration
i	index variable of the iteration
n	final value of the iteration

◆ A_FORENUM_REVERSE

#define A_FORENUM_REVERSE	(	I,
		i,
		n )

Value:

for (i = a_cast_s(I, n); i-- > 0;)

◆ a_forenum_reverse

#define a_forenum_reverse	(	I,
		i,
		n )

Value:

for (I i = (n); i-- > 0;)

iterate from n to 0 and not include n

Parameters

I	index type of the iteration
i	index variable of the iteration
n	final value of the iteration

◆ A_FORSAFE

#define A_FORSAFE	(	T,
		it,
		at,
		ptr,
		num )

Value:

for (it = a_cast_s(T, ptr), at = (num) ? it + (num) : it; it < at; ++it)

◆ a_forsafe

#define a_forsafe	(	T,
		S,
		it,
		ptr,
		num )

Value:

for (T S it = a_cast_s(T S, ptr), S it##_ = (num) ? it + (num) : it; it < it##_; ++it)

iterate over an array

Parameters

T	the prefix of the element type
S	the suffix of the element type
it	pointer to the current element
ptr	starting address of this array
num	number of elements in this array

◆ A_FORSAFE_REVERSE

#define A_FORSAFE_REVERSE	(	T,
		it,
		at,
		ptr,
		num )

Value:

for (at = (num) ? a_cast_s(T, ptr) - 1 : a_cast_s(T, ptr), \

it = (num) ? at + (num) : at; \

it > at; --it)

◆ a_forsafe_reverse

#define a_forsafe_reverse	(	T,
		S,
		it,
		ptr,
		num )

Value:

for (T S it##_ = (num) ? a_cast_s(T S, ptr) - 1 : a_cast_s(T S, ptr), \

S it = (num) ? it##_ + (num) : it##_; \

it > it##_; --it)

iterate over an array in reverse

Parameters

T	the prefix of the element type
S	the suffix of the element type
it	pointer to the current element
ptr	starting address of this array
num	number of elements in this array

◆ a_i16_

#define a_i16_	(		_,
			x )

Value:

a_cast_s(a_i16 _, x)

a_i16

short a_i16

signed integer type with width of exactly 16 bits

Definition a.h:469

◆ A_I16_C

#define A_I16_C ( X )

Value:

X

◆ a_i16_c

#define a_i16_c ( x )

Value:

a_cast_s(a_i16, x)

static cast to a_i16

◆ a_i32_

#define a_i32_	(		_,
			x )

Value:

a_cast_s(a_i32 _, x)

a_i32

long a_i32

signed integer type with width of exactly 32 bits

Definition a.h:519

◆ A_I32_C

#define A_I32_C ( X )

Value:

A_CAST_2(X, L)

◆ a_i32_c

#define a_i32_c ( x )

Value:

a_cast_s(a_i32, x)

static cast to a_i32

◆ a_i64_

#define a_i64_	(		_,
			x )

Value:

a_cast_s(a_i64 _, x)

a_i64

long a_i64

signed integer type with width of exactly 64 bits

Definition a.h:589

◆ A_I64_C

#define A_I64_C ( X )

Value:

A_CAST_2(X, L)

◆ a_i64_c

#define a_i64_c ( x )

Value:

a_cast_s(a_i64, x)

static cast to a_i64

◆ a_i8_

#define a_i8_	(		_,
			x )

Value:

a_cast_s(a_i8 _, x)

a_i8

signed char a_i8

signed integer type with width of exactly 8 bits

Definition a.h:427

◆ A_I8_C

#define A_I8_C ( X )

Value:

X

◆ a_i8_c

#define a_i8_c ( x )

Value:

a_cast_s(a_i8, x)

static cast to a_i8

◆ a_imax_

#define a_imax_	(		_,
			x )

Value:

a_cast_s(a_imax _, x)

a_imax

long a_imax

maximum-width signed integer type

Definition a.h:669

◆ A_IMAX_C

#define A_IMAX_C ( X )

Value:

A_I64_C(X)

◆ a_imax_c

#define a_imax_c ( x )

Value:

a_cast_s(a_imax, x)

static cast to a_imax

◆ a_int_

#define a_int_	(		_,
			x )

Value:

a_cast_s(a_int _, x)

a_int

int a_int

signed integer type is guaranteed to be at least 16 bits

Definition a.h:329

◆ a_int_c

#define a_int_c ( x )

Value:

a_cast_s(a_int, x)

static cast to a_int

◆ a_iptr_

#define a_iptr_	(		_,
			x )

Value:

a_cast_s(a_iptr _, x)

a_iptr

long a_iptr

signed integer type capable of holding a pointer to void

Definition a.h:718

◆ a_iptr_c

#define a_iptr_c ( x )

Value:

a_cast_s(a_iptr, x)

static cast to a_iptr

◆ A_ITERATE

#define A_ITERATE	(	T,
		it,
		at,
		ptr,
		end )

Value:

for (it = a_cast_s(T, ptr), at = a_cast_s(T, end); it < at; ++it)

◆ a_iterate

#define a_iterate	(	T,
		S,
		it,
		ptr,
		end )

Value:

for (T S it = a_cast_s(T S, ptr), S it##_ = a_cast_s(T S, end); it < it##_; ++it)

iterate over an array

Parameters

T	the prefix of the element type
S	the suffix of the element type
it	pointer to the current element
ptr	starting address of this array
end	the end address of this array

◆ A_ITERATE_REVERSE

#define A_ITERATE_REVERSE	(	T,
		it,
		at,
		ptr,
		end )

Value:

for (it = a_cast_s(T, end) - 1, at = a_cast_s(T, ptr) - 1; it > at; --it)

◆ a_iterate_reverse

#define a_iterate_reverse	(	T,
		S,
		it,
		ptr,
		end )

Value:

for (T S it = a_cast_s(T S, end) - 1, S it##_ = a_cast_s(T S, ptr) - 1; it > it##_; --it)

iterate over an array in reverse

Parameters

T	the prefix of the element type
S	the suffix of the element type
it	pointer to the current element
ptr	starting address of this array
end	the end address of this array

◆ A_LEN

#define A_LEN ( a )

Value:

(sizeof(a) / sizeof(*(a)))

number of elements in a visible array

Parameters

a	must be a visible array

◆ a_long_

#define a_long_	(		_,
			x )

Value:

a_cast_s(a_long _, x)

a_long

long a_long

signed integer type is guaranteed to be at least 32 bits

Definition a.h:363

◆ a_long_c

#define a_long_c ( x )

Value:

a_cast_s(a_long, x)

static cast to a_long

◆ A_MAX

#define A_MAX	(		x,
			y )

Value:

(((x) > (y)) ? (x) : (y))

maximum value between x and y

◆ A_MIN

#define A_MIN	(		x,
			y )

Value:

(((x) < (y)) ? (x) : (y))

minimum value between x and y

◆ a_new

#define a_new	(	T,
		ptr,
		num )

Value:

a_cast_s(T *, a_alloc(ptr, sizeof(T) * (num)))

◆ a_offsetof

#define a_offsetof	(		type,
			member )

Value:

a_cast_r(a_size, &a_cast_r(type *, 0)->member)

offset of a structure member

Parameters

type	structure type
member	member variable

◆ A_SAT

#define A_SAT	(	x,
		min,
		max )

Value:

((min) < (x) ? (x) < (max) ? (x) : (max) : (min))

saturation value of x, $sat (x, m i n, m a x) = {\begin{cases} m i n & m i n > x \\ m a x & x > m a x \\ x & e l s e \end{cases}$

◆ A_SGN

#define A_SGN ( x )

Value:

((0 < (x)) - ((x) < 0))

signum function, $sgn (x) = {\begin{cases} + 1 & x > 0 \\ 0 & 0 \\ - 1 & x < 0 \end{cases}$

◆ A_SGN_

#define A_SGN_	(		f,
			g )

Value:

(((f) > (g)) - ((f) < (g)))

signum function, $sgn (f, g) = {\begin{cases} + 1 & f > g \\ 0 & f = g \\ - 1 & f < g \end{cases}$

◆ a_shrt_

#define a_shrt_	(		_,
			x )

Value:

a_cast_s(a_shrt _, x)

a_shrt

short a_shrt

signed integer type is guaranteed to be at least 16 bits

Definition a.h:346

◆ a_shrt_c

#define a_shrt_c ( x )

Value:

a_cast_s(a_shrt, x)

static cast to a_shrt

◆ a_size_

#define a_size_	(		_,
			x )

Value:

a_cast_s(a_size _, x)

◆ a_size_c

#define a_size_c ( x )

Value:

a_cast_s(a_size, x)

static cast to a_size

◆ a_size_down

#define a_size_down	(		a,
			n )

Value:

(a_cast_s(a_size, n) & ~a_cast_s(a_size, (a) - 1))

round down size n to be a multiple of a

◆ a_size_up

#define a_size_up	(		a,
			n )

Value:

((a_cast_s(a_size, n) + (a) - 1) & ~a_cast_s(a_size, (a) - 1))

round up size n to be a multiple of a

◆ A_SQ

#define A_SQ ( x )

Value:

((x) * (x))

square of x, $x^{2}$

◆ a_u16_

#define a_u16_	(		_,
			x )

Value:

a_cast_s(a_u16 _, x)

a_u16

unsigned short a_u16

unsigned integer type with width of exactly 16 bits

Definition a.h:486

◆ A_U16_C

#define A_U16_C ( X )

Value:

X

◆ a_u16_c

#define a_u16_c ( x )

Value:

a_cast_s(a_u16, x)

static cast to a_u16

◆ a_u32_

#define a_u32_	(		_,
			x )

Value:

a_cast_s(a_u32 _, x)

a_u32

unsigned long a_u32

unsigned integer type with width of exactly 32 bits

Definition a.h:538

◆ A_U32_C

#define A_U32_C ( X )

Value:

A_CAST_2(X, UL)

◆ a_u32_c

#define a_u32_c ( x )

Value:

a_cast_s(a_u32, x)

static cast to a_u32

◆ a_u64_

#define a_u64_	(		_,
			x )

Value:

a_cast_s(a_u64 _, x)

a_u64

unsigned long a_u64

unsigned integer type with width of exactly 64 bits

Definition a.h:627

◆ A_U64_C

#define A_U64_C ( X )

Value:

A_CAST_2(X, UL)

◆ a_u64_c

#define a_u64_c ( x )

Value:

a_cast_s(a_u64, x)

static cast to a_u64

◆ a_u8_

#define a_u8_	(		_,
			x )

Value:

a_cast_s(a_u8 _, x)

a_u8

unsigned char a_u8

unsigned integer type with width of exactly 8 bits

Definition a.h:442

◆ A_U8_C

#define A_U8_C ( X )

Value:

X

◆ a_u8_c

#define a_u8_c ( x )

Value:

a_cast_s(a_u8, x)

static cast to a_u8

◆ a_uint_

#define a_uint_	(		_,
			x )

Value:

a_cast_s(a_uint _, x)

a_uint

unsigned int a_uint

unsigned integer type is guaranteed to be at least 16 bits

Definition a.h:337

◆ a_uint_c

#define a_uint_c ( x )

Value:

a_cast_s(a_uint, x)

static cast to a_uint

◆ a_ulong_

#define a_ulong_	(		_,
			x )

Value:

a_cast_s(a_ulong _, x)

a_ulong

unsigned long a_ulong

unsigned integer type is guaranteed to be at least 32 bits

Definition a.h:371

◆ a_ulong_c

#define a_ulong_c ( x )

Value:

a_cast_s(a_ulong, x)

static cast to a_ulong

◆ a_umax_

#define a_umax_	(		_,
			x )

Value:

a_cast_s(a_umax _, x)

a_umax

unsigned long a_umax

maximum-width unsigned integer type

Definition a.h:684

◆ A_UMAX_C

#define A_UMAX_C ( X )

Value:

A_U64_C(X)

◆ a_umax_c

#define a_umax_c ( x )

Value:

a_cast_s(a_umax, x)

static cast to a_umax

◆ a_uptr_

#define a_uptr_	(		_,
			x )

Value:

a_cast_s(a_uptr _, x)

◆ a_uptr_c

#define a_uptr_c ( x )

Value:

a_cast_s(a_uptr, x)

static cast to a_uptr

◆ a_ushrt_

#define a_ushrt_	(		_,
			x )

Value:

a_cast_s(a_ushrt _, x)

a_ushrt

unsigned short a_ushrt

unsigned integer type is guaranteed to be at least 16 bits

Definition a.h:354

◆ a_ushrt_c

#define a_ushrt_c ( x )

Value:

a_cast_s(a_ushrt, x)

static cast to a_ushrt

◆ a_void_

#define a_void_	(		_,
			x )

Value:

a_cast_s(void _, x)

◆ a_void_c

#define a_void_c ( x )

Value:

a_cast_s(void, x)

static cast to a_void

Function Documentation

◆ a_alloc_()

void * a_alloc_	(	void *	addr,
		a_size	size )

default allocation function

Parameters

[in]	addr	address of memory block
[in]	size	new size of memory block

Returns: new address of memory block or null

◆ a_copy()

void * a_copy	(	void *__restrict	dst,
		void const *__restrict	src,
		a_size	siz )

copy one buffer to another

Parameters

[in]	dst	pointer to the object to copy to
[in]	src	pointer to the object to copy from
[in]	siz	number of bytes to copy

Returns: a copy of dest

◆ a_fill()

void * a_fill	(	void *	ptr,
		a_size	siz,
		int	val )

fill a buffer with a character

Parameters

[in]	ptr	pointer to the object to fill
[in]	siz	number of bytes to fill
[in]	val	fill byte

Returns: a copy of dest

◆ a_move()

void * a_move	(	void *	dst,
		void const *	src,
		a_size	siz )

move one buffer to another

Parameters

[in]	dst	pointer to the object to copy to
[in]	src	pointer to the object to copy from
[in]	siz	number of bytes to copy

Returns: a copy of dest

◆ a_swap()

void a_swap	(	void *	lhs,
		void *	rhs,
		a_size	siz )

swap two different memory blocks of the same size

Parameters

[in,out]	lhs	points to memory block on the left
[in,out]	rhs	points to memory block on the right
[in]	siz	the size of memory block being swapped

◆ a_u16_rev()

a_u16 a_u16_rev ( a_u16 x )

reverse the bits in a 16-bit unsigned integer

Parameters

x	a 16-bit unsigned integer to be reversed

Returns: reversed 16-bit unsigned integer

◆ a_u32_rev()

a_u32 a_u32_rev ( a_u32 x )

reverse the bits in a 32-bit unsigned integer

Parameters

x	a 32-bit unsigned integer to be reversed

Returns: reversed 32-bit unsigned integer

◆ a_u64_rev()

a_u64 a_u64_rev ( a_u64 x )

reverse the bits in a 64-bit unsigned integer

Parameters

x	a 64-bit unsigned integer to be reversed

Returns: reversed 64-bit unsigned integer

◆ a_u8_rev()

a_u8 a_u8_rev ( a_u8 x )

reverse the bits in an 8-bit unsigned integer

Parameters

x	an 8-bit unsigned integer to be reversed

Returns: reversed 8-bit unsigned integer

◆ a_zero()

void * a_zero	(	void *	ptr,
		a_size	siz )

fill a buffer with zero

Parameters

[in]	ptr	pointer to the object to fill
[in]	siz	number of bytes to fill

Returns: a copy of dest

Variable Documentation

◆ a_alloc

void ( a_alloc) (void *addr, a_size size)	(	void *	addr,
		a_size	size )

allocation function pointer

Parameters

[in]	addr	address of memory block
[in]	size	new size of memory block

Returns: new address of memory block or null

Topics

Data Structures

Macros

Typedefs

Enumerations

Functions

Variables

Detailed Description

Macro Definition Documentation

◆ A_ABS

◆ A_ABS_

◆ a_align_down

◆ a_align_up

◆ A_ALLOC

◆ a_bool_c

◆ A_BUILD_ASSERT

◆ A_BUILD_BUG_ON

◆ a_byte_

◆ a_byte_c

◆ a_c8_

◆ a_c8_c

◆ A_CAST_1

◆ A_CAST_2

◆ A_CAST_3

◆ a_cast_c

◆ a_cast_d

◆ a_cast_r

◆ a_cast_s

◆ a_container_of

◆ a_die

◆ a_diff_

◆ a_diff_c

◆ a_f32_

◆ A_F32_C

◆ a_f32_c

◆ A_F32_F

◆ a_f64_

◆ A_F64_C

◆ a_f64_c

◆ A_F64_F

◆ A_FOREACH

◆ a_foreach

◆ A_FOREACH_REVERSE

◆ a_foreach_reverse

◆ A_FORENUM

◆ a_forenum

◆ A_FORENUM_REVERSE

◆ a_forenum_reverse

◆ A_FORSAFE

◆ a_forsafe

◆ A_FORSAFE_REVERSE

◆ a_forsafe_reverse

◆ a_i16_

◆ A_I16_C

◆ a_i16_c

◆ a_i32_

◆ A_I32_C

◆ a_i32_c

◆ a_i64_

◆ A_I64_C

◆ a_i64_c

◆ a_i8_

◆ A_I8_C

◆ a_i8_c

◆ a_imax_

◆ A_IMAX_C

◆ a_imax_c

◆ a_int_

◆ a_int_c

◆ a_iptr_

◆ a_iptr_c

◆ A_ITERATE

◆ a_iterate

◆ A_ITERATE_REVERSE

◆ a_iterate_reverse

◆ A_LEN

◆ a_long_

◆ a_long_c

◆ A_MAX

◆ A_MIN