A slice of some array. More...

Data Structures
struct	Slice99
	A slice of some array. More...

Macros
#define	SLICE99_ASSERT assert
	Like `assert`.

#define	SLICE99_MEMCMP memcmp
	Like `memcmp`.

#define	SLICE99_MEMCPY memcpy
	Like `memcpy`.

#define	SLICE99_MEMMOVE memmove
	Like `memmove`.

#define	SLICE99_STRLEN strlen
	Like `strlen`.

#define	SLICE99_MAJOR 0
	The major version number.

#define	SLICE99_MINOR 7
	The minor version number.

#define	SLICE99_PATCH 7
	The patch version number.

#define	SLICE99_DEF_TYPED(name, T)
	Defines the strongly typed slice `name` containing items of type `T`. More...

#define	SLICE99_TO_TYPED(self) { .ptr = (self).ptr, .len = (self).len }
	Converts Slice99 to a typed representation. More...

#define	SLICE99_TO_UNTYPED(self) Slice99_new((self).ptr, sizeof(*(self).ptr), (self).len)
	Converts the typed slice `self` to Slice99. More...

#define	SLICE99_ARRAY_LEN(...) (sizeof(__VA_ARGS__) / sizeof((__VA_ARGS__)[0]))
	Computes a number of items in an array expression.

#define	SLICE99_APPEND(buffer, obj) ((void )((char )SLICE99_MEMCPY((buffer), &(obj), sizeof(obj)) + sizeof(obj)))
	Copies `obj` to `buffer`, returning the next position of `buffer` to write to. More...

#define	SLICE99_APPEND_ARRAY(buffer, ptr, len)
	Copies the array of length `len` accessible through `ptr` into `buffer`, returning the next position of `buffer` to write to. More...

#define	SLICE99_TO_OCTETS(obj) U8Slice99_new((uint8_t *)&(obj), sizeof(obj))
	Constructs `U8Slice99` from `obj`. More...

#define	Slice99_from_array(...) Slice99_new((void *)(__VA_ARGS__), sizeof((__VA_ARGS__)[0]), SLICE99_ARRAY_LEN(__VA_ARGS__))
	Constructs a slice from an array expression. More...

#define	Slice99_typed_from_array(...) { .ptr = (__VA_ARGS__), .len = SLICE99_ARRAY_LEN(__VA_ARGS__) }
	The same as Slice99_from_array but for typed slices. More...

#define	Slice99_from_typed_ptr(ptr, len) Slice99_new(ptr, sizeof(*(ptr)), len)
	Constructs a slice from a pointer of a non-`void` type and a length. More...

#define	CharSlice99_alloca_c_str(self) CharSlice99_c_str((self), alloca((self).len + 1))
	Makes a null-terminated string out of `CharSlice99` using `alloca`. More...

#define	SLICE99_VSPRINTF vsprintf
	Like `vsprintf`. More...

#define	SLICE99_VSNPRINTF vsnprintf
	Like `vsnprintf`. More...

#define	SLICE99_SNPRINTF snprintf
	Like `snprintf`. More...

#define	CharSlice99_alloca_fmt(fmt, ...) CharSlice99_fmt(alloca(SLICE99_SNPRINTF(NULL, 0, (fmt), __VA_ARGS__) + 1), (fmt), __VA_ARGS__)
	Printfs a formatted string to a character slice using `alloca`. More...

Functions
static SLICE99_WARN_UNUSED_RESULT Slice99	Slice99_new (void *ptr, size_t item_size, size_t len)
	Constructs a slice. More...

static SLICE99_WARN_UNUSED_RESULT Slice99	Slice99_from_str (char *str)
	Constructs a slice from `str`. More...

static SLICE99_WARN_UNUSED_RESULT Slice99	Slice99_from_ptrdiff (void start, void end, size_t item_size)
	Constructs a slice residing between `start` (inclusively) and `end` (exclusively). More...

static SLICE99_WARN_UNUSED_RESULT Slice99	Slice99_empty (size_t item_size)
	Constructs an empty slice. More...

static SLICE99_WARN_UNUSED_RESULT Slice99	Slice99_update_len (Slice99 self, size_t new_len)
	Updates `self` with the new length `new_len`. More...

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST bool	Slice99_is_empty (Slice99 self)
	Checks whether `self` is empty or not. More...

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST size_t	Slice99_size (Slice99 self)
	Computes a total size in bytes. More...

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST void *	Slice99_get (Slice99 self, ptrdiff_t i)
	Computes a pointer to the `i` -indexed item. More...

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST void *	Slice99_first (Slice99 self)
	Computes a pointer to the first item. More...

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST void *	Slice99_last (Slice99 self)
	Computes a pointer to the last item. More...

static SLICE99_WARN_UNUSED_RESULT Slice99	Slice99_sub (Slice99 self, ptrdiff_t start_idx, ptrdiff_t end_idx)
	Subslicing `self` with [`start_idx` `..` `end_idx`]. More...

static SLICE99_WARN_UNUSED_RESULT Slice99	Slice99_advance (Slice99 self, ptrdiff_t offset)
	Advances `self` by `offset` items. More...

static SLICE99_WARN_UNUSED_RESULT bool	Slice99_primitive_eq (Slice99 lhs, Slice99 rhs)
	Performs a byte-by-byte comparison of `lhs` with `rhs`. More...

static SLICE99_WARN_UNUSED_RESULT bool	Slice99_eq (Slice99 lhs, Slice99 rhs, int(cmp)(const void , const void *))
	Performs a comparison of `lhs` with `rhs` with a user-supplied comparator. More...

static SLICE99_WARN_UNUSED_RESULT bool	Slice99_primitive_starts_with (Slice99 self, Slice99 prefix)
	Checks whether `prefix` is a prefix of `self`, byte-by-byte. More...

static SLICE99_WARN_UNUSED_RESULT bool	Slice99_starts_with (Slice99 self, Slice99 prefix, int(cmp)(const void , const void *))
	Checks whether `prefix` is a prefix of `self` with a user-supplied comparator. More...

static SLICE99_WARN_UNUSED_RESULT bool	Slice99_primitive_ends_with (Slice99 self, Slice99 postfix)
	Checks whether `postfix` is a postfix of `self`, byte-by-byte. More...

static SLICE99_WARN_UNUSED_RESULT bool	Slice99_ends_with (Slice99 self, Slice99 postfix, int(cmp)(const void , const void *))
	Checks whether `postfix` is a postfix of `self` with a user-supplied comparator. More...

static void	Slice99_copy (Slice99 self, Slice99 other)
	Copies `other` to the beginning of `self`, byte-by-byte. More...

static void	Slice99_copy_non_overlapping (Slice99 self, Slice99 other)
	The same as Slice99_copy except that `self` and `other` must be non-overlapping. More...

static void	Slice99_swap (Slice99 self, ptrdiff_t lhs, ptrdiff_t rhs, void *restrict backup)
	Swaps the `lhs` -indexed and `rhs` -indexed items. More...

static void	Slice99_swap_with_slice (Slice99 self, Slice99 other, void *restrict backup)
	Swaps all the items in `self` with those in `other`. More...

static void	Slice99_reverse (Slice99 self, void *restrict backup)
	Reverses the order of items in `self`. More...

static void	Slice99_split_at (Slice99 self, size_t i, Slice99 restrict lhs, Slice99 restrict rhs)
	Splits `self` into two parts. More...

static char *	Slice99_c_str (Slice99 self, char out[restrict])
	Copies `self` to `out` and appends '\0' to the end. More...

	SLICE99_DEF_TYPED (CharSlice99, char)

	SLICE99_DEF_TYPED (SCharSlice99, signed char)

	SLICE99_DEF_TYPED (UCharSlice99, unsigned char)

	SLICE99_DEF_TYPED (ShortSlice99, short)

	SLICE99_DEF_TYPED (UShortSlice99, unsigned short)

	SLICE99_DEF_TYPED (IntSlice99, int)

	SLICE99_DEF_TYPED (UIntSlice99, unsigned int)

	SLICE99_DEF_TYPED (LongSlice99, long)

	SLICE99_DEF_TYPED (ULongSlice99, unsigned long)

	SLICE99_DEF_TYPED (LongLongSlice99, long long)

	SLICE99_DEF_TYPED (ULongLongSlice99, unsigned long long)

	SLICE99_DEF_TYPED (FloatSlice99, float)

	SLICE99_DEF_TYPED (DoubleSlice99, double)

	SLICE99_DEF_TYPED (LongDoubleSlice99, long double)

	SLICE99_DEF_TYPED (BoolSlice99, _Bool)

	SLICE99_DEF_TYPED (U8Slice99, uint8_t)

	SLICE99_DEF_TYPED (U16Slice99, uint16_t)

	SLICE99_DEF_TYPED (U32Slice99, uint32_t)

	SLICE99_DEF_TYPED (U64Slice99, uint64_t)

	SLICE99_DEF_TYPED (I8Slice99, int8_t)

	SLICE99_DEF_TYPED (I16Slice99, int16_t)

	SLICE99_DEF_TYPED (I32Slice99, int32_t)

	SLICE99_DEF_TYPED (I64Slice99, int64_t)

static SLICE99_WARN_UNUSED_RESULT CharSlice99	CharSlice99_from_str (char *str)
	The same as Slice99_from_str.

static char *	CharSlice99_c_str (CharSlice99 self, char out[restrict])
	The same as Slice99_c_str.

static SLICE99_WARN_UNUSED_RESULT SLICE99_FORMAT_HINT_2_0 CharSlice99	CharSlice99_vfmt (char out[restrict], const char *restrict fmt, va_list list)
	Prints a formatted string to `out` and returns the corresponding character slice. More...

static SLICE99_WARN_UNUSED_RESULT SLICE99_FORMAT_HINT_2_3 CharSlice99	CharSlice99_fmt (char out[restrict], const char *restrict fmt,...)
	The CharSlice99_vfmt twin. More...

static SLICE99_WARN_UNUSED_RESULT SLICE99_FORMAT_HINT_3_0 CharSlice99	CharSlice99_vnfmt (char out[restrict], size_t bufsz, const char *restrict fmt, va_list list)
	The same as CharSlice99_vfmt but writes at most `bufsz - 1` characters. More...

static SLICE99_WARN_UNUSED_RESULT SLICE99_FORMAT_HINT_3_4 CharSlice99	CharSlice99_nfmt (char out[restrict], size_t bufsz, const char *restrict fmt,...)
	The CharSlice99_vnfmt twin. More...

Detailed Description

A slice of some array.

Some macros are automatically defined in case they have not been defined before including this header file; these are: SLICE99_ASSERT, SLICE99_MEMCMP, SLICE99_MEMCPY, SLICE99_MEMMOVE, SLICE99_STRLEN, SLICE99_VSPRINTF, SLICE99_VSNPRINTF, and SLICE99_SNPRINTF. They represent the corresponding standard library's functions, although actual implementations can differ. If you develop software for a freestanding environment, these macros must be defined beforehand. If you do not want to implement string formatting macros from stdio.h, define SLICE99_DISABLE_STDIO and Slice99 will not require them from you.

Macro Definition Documentation

◆ CharSlice99_alloca_c_str

#define CharSlice99_alloca_c_str ( self ) CharSlice99_c_str((self), alloca((self).len + 1))

Makes a null-terminated string out of CharSlice99 using alloca.

The same as CharSlice99_c_str, except that the second parameter is allocated using alloca. Do not use this macro for big strings to avoid stack overflow.

◆ CharSlice99_alloca_fmt

#define CharSlice99_alloca_fmt	(	fmt,
		...
	)	CharSlice99_fmt(alloca(SLICE99_SNPRINTF(NULL, 0, (fmt), __VA_ARGS__) + 1), (fmt), __VA_ARGS__)

Printfs a formatted string to a character slice using alloca.

The same as CharSlice99_fmt, except that the first parameter is allocated using alloca. Do not use this macro for big strings to avoid stack overflow.

Defined only if SLICE99_DISABLE_STDIO is not defined.

◆ SLICE99_APPEND

#define SLICE99_APPEND	(	buffer,
		obj
	)	((void )((char )SLICE99_MEMCPY((buffer), &(obj), sizeof(obj)) + sizeof(obj)))

Copies obj to buffer, returning the next position of buffer to write to.

This macro is no different from memcpy except for the return value. It is useful when you want to write a sequence of objects to some memory buffer, e.g., to a packet header:

const uint16_t x = 123;
const uint32_t y = 456;
 
header = SLICE99_APPEND(header, x);
header = SLICE99_APPEND(header, y);
// ...

Parameters

[out]	buffer	The memory area to write to.
[in]	obj	The object (lvalue) that will be copied to `buffer`, byte-by-byte.

Returns: (void *)((char *)buffer + sizeof(obj))

Precondition: buffer must be capable of holding at least sizeof(obj) bytes.; buffer and obj must be non-overlapping.

See also: SLICE99_APPEND_ARRAY

◆ SLICE99_APPEND_ARRAY

#define SLICE99_APPEND_ARRAY	(	buffer,
		ptr,
		len
	)

Value:

((void \

*)((char *)SLICE99_MEMCPY((buffer), (ptr), sizeof((ptr)[0]) * (len)) + sizeof((ptr)[0]) * (len)))

SLICE99_MEMCPY

#define SLICE99_MEMCPY

Like memcpy.

Definition: slice99.h:72

Copies the array of length len accessible through ptr into buffer, returning the next position of buffer to write to.

This function has the same requirements and a return value as of SLICE99_APPEND.

◆ SLICE99_DEF_TYPED

#define SLICE99_DEF_TYPED	(	name,
		T
	)

Defines the strongly typed slice name containing items of type T.

This macro defines

typedef struct {
    T *ptr;
    size_t len;
} name;

Also, it specialises all the functions operating on Slice99. Every function (except for Slice99_from_str and Slice99_c_str) is defined by the following rules:

A function named Slice99_* becomes name_*.
void * is replaced by T *.
Slice99 is replaced by name.
size_t item_size parameters are removed (e.g., as in Slice99_new, Slice99_empty, Slice99_from_ptrdiff).
All function preconditions, invariants, and postconditions remain the same.

Slice99_from_str and Slice99_c_str are derived only for CharSlice99.

Examples

#include <slice99.h>
 
typedef struct {
    double x, y;
} Point;
 
SLICE99_DEF_TYPED(MyPoints, Point);
 
int main(void) {
    MyPoints points = (MyPoints)Slice99_typed_from_array(
        (Point[]){{1.5, 32.5}, {12.0, 314.01}, {-134.10, -9.3}});
 
    MyPoints first_two = MyPoints_sub(points, 0, 2);
    Point *first = MyPoints_first(points);
    bool is_empty = MyPoints_is_empty(points);
}

◆ Slice99_from_array

#define Slice99_from_array ( ... ) Slice99_new((void *)(__VA_ARGS__), sizeof((__VA_ARGS__)[0]), SLICE99_ARRAY_LEN(__VA_ARGS__))

Constructs a slice from an array expression.

The resulting slice will have Slice99.len equal to the number of items in the array, and Slice99.item_size equal to the size of each item.

◆ Slice99_from_typed_ptr

#define Slice99_from_typed_ptr	(	ptr,
		len
	)	Slice99_new(ptr, sizeof(*(ptr)), len)

Constructs a slice from a pointer of a non-void type and a length.

It is equivalent to Slice99_new but it automatically computes an item size as sizeof(*ptr).

Parameters

[in]	ptr	The pointer of the resulting slice. Must not point to `void`.
[in]	len	The length of the resulting slice.

◆ SLICE99_SNPRINTF

#define SLICE99_SNPRINTF snprintf

Like snprintf.

Defined only if it has not been defined previously and SLICE99_DISABLE_STDIO is not defined.

◆ SLICE99_TO_OCTETS

#define SLICE99_TO_OCTETS ( obj ) U8Slice99_new((uint8_t *)&(obj), sizeof(obj))

Constructs U8Slice99 from obj.

Parameters

[in] obj The object (lvalue) to which the resulting slice will point to.

Returns: An octet slice pointing to obj of length sizeof(obj).

◆ SLICE99_TO_TYPED

#define SLICE99_TO_TYPED ( self ) { .ptr = (self).ptr, .len = (self).len }

Converts Slice99 to a typed representation.

Precondition: self must be an expression of type Slice99.

Examples

#include <slice99.h>
 
int main(void) {
    Slice99 x = Slice99_from_str("abc");
    CharSlice99 y = (CharSlice99)SLICE99_TO_TYPED(x);
    (void)y;
}

◆ SLICE99_TO_UNTYPED

#define SLICE99_TO_UNTYPED ( self ) Slice99_new((self).ptr, sizeof(*(self).ptr), (self).len)

Converts the typed slice self to Slice99.

Precondition: self must be an expression of type defined by SLICE99_DEF_TYPED.

Examples

#include <slice99.h>
 
int main(void) {
    CharSlice99 x = CharSlice99_from_str("abc");
    Slice99 y = SLICE99_TO_UNTYPED(x);
    (void)y;
}

◆ Slice99_typed_from_array

#define Slice99_typed_from_array ( ... ) { .ptr = (__VA_ARGS__), .len = SLICE99_ARRAY_LEN(__VA_ARGS__) }

The same as Slice99_from_array but for typed slices.

Examples

#include <slice99.h>
 
int main(void) {
    IntSlice99 x = (IntSlice99)Slice99_typed_from_array((int[]){1, 2, 3});
    (void)x;
}

◆ SLICE99_VSNPRINTF

#define SLICE99_VSNPRINTF vsnprintf

Like vsnprintf.

Defined only if it has not been defined previously and SLICE99_DISABLE_STDIO is not defined.

◆ SLICE99_VSPRINTF

#define SLICE99_VSPRINTF vsprintf

Like vsprintf.

Defined only if it has not been defined previously and SLICE99_DISABLE_STDIO is not defined.

Function Documentation

◆ CharSlice99_fmt()

static SLICE99_WARN_UNUSED_RESULT SLICE99_FORMAT_HINT_2_3 CharSlice99 CharSlice99_fmt	(	char	out[restrict],
		const char *restrict	fmt,
			...
	)

inlinestatic

The CharSlice99_vfmt twin.

Defined only if SLICE99_DISABLE_STDIO is not defined.

◆ CharSlice99_nfmt()

static SLICE99_WARN_UNUSED_RESULT SLICE99_FORMAT_HINT_3_4 CharSlice99 CharSlice99_nfmt	(	char	out[restrict],
		size_t	bufsz,
		const char *restrict	fmt,
			...
	)

inlinestatic

The CharSlice99_vnfmt twin.

Defined only if SLICE99_DISABLE_STDIO is not defined.

◆ CharSlice99_vfmt()

static SLICE99_WARN_UNUSED_RESULT SLICE99_FORMAT_HINT_2_0 CharSlice99 CharSlice99_vfmt	(	char	out[restrict],
		const char *restrict	fmt,
		va_list	list
	)

inlinestatic

Prints a formatted string to out and returns the corresponding character slice.

Defined only if SLICE99_DISABLE_STDIO is not defined.

Parameters

[out]	out	The buffer that must be capable of holding all characters that will be written by SLICE99_VSPRINTF.
[in]	fmt	The `printf`-like format string.
[in]	list	The variadic function arguments reified into `va_list`.

Returns: A character slice constructed from out.

Precondition: out != NULL; fmt != NULL

◆ CharSlice99_vnfmt()

static SLICE99_WARN_UNUSED_RESULT SLICE99_FORMAT_HINT_3_0 CharSlice99 CharSlice99_vnfmt	(	char	out[restrict],
		size_t	bufsz,
		const char *restrict	fmt,
		va_list	list
	)

inlinestatic

The same as CharSlice99_vfmt but writes at most bufsz - 1 characters.

Defined only if SLICE99_DISABLE_STDIO is not defined.

◆ Slice99_advance()

static SLICE99_WARN_UNUSED_RESULT Slice99 Slice99_advance	(	Slice99	self,
		ptrdiff_t	offset
	)

inlinestatic

Advances self by offset items.

Parameters

[in]	self	The original slice.
[in]	offset	The number of items to advance. Can be negative.

Returns: A slice advanced by offset items.

Precondition: offset <= (self).len; self.len must be representable as ptrdiff_t.

◆ Slice99_c_str()

static char* Slice99_c_str	(	Slice99	self,
		char	out[restrict]
	)

inlinestatic

Copies self to out and appends '\0' to the end.

Parameters

[in]	self	The slice that will be copied.
[in]	out	The memory area to which `self` and the null character will be copied.

Returns: The pointer out.

Precondition: out must be capable of writing Slice99_size(self) + 1 bytes.; out must not overlap with self.

◆ Slice99_copy()

static void Slice99_copy	(	Slice99	self,
		Slice99	other
	)

inlinestatic

Copies other to the beginning of self, byte-by-byte.

Parameters

[out]	self	The location to which the whole `other` will be copied.
[in]	other	The slice to be copied to `self`.

◆ Slice99_copy_non_overlapping()

static void Slice99_copy_non_overlapping	(	Slice99	self,
		Slice99	other
	)

inlinestatic

The same as Slice99_copy except that self and other must be non-overlapping.

Precondition: self and other must be non-overlapping.

◆ Slice99_empty()

static SLICE99_WARN_UNUSED_RESULT Slice99 Slice99_empty ( size_t item_size )

inlinestatic

Constructs an empty slice.

Parameters

[in] item_size The value of Slice99::item_size.

Precondition: item_size > 0

◆ Slice99_ends_with()

static SLICE99_WARN_UNUSED_RESULT bool Slice99_ends_with	(	Slice99	self,
		Slice99	postfix,
		int()(const void , const void *)	cmp
	)

inlinestatic

Checks whether postfix is a postfix of self with a user-supplied comparator.

Parameters

[in]	self	The slice to be checked for `postfix`.
[in]	postfix	The slice to be checked whether it is a postfix of `self`.
[in]	cmp	The function deciding whether two items are equal ot not (0 if equal, any other value otherwise).

Returns: true if postfix is a postfix of self, otherwise false.

Precondition: self.item_size == postfix.item_size; cmp != NULL; self.len and postfix.len must be representable as ptrdiff_t.

◆ Slice99_eq()

static SLICE99_WARN_UNUSED_RESULT bool Slice99_eq	(	Slice99	lhs,
		Slice99	rhs,
		int()(const void , const void *)	cmp
	)

inlinestatic

Performs a comparison of lhs with rhs with a user-supplied comparator.

Parameters

[in]	lhs	The first slice to be compared.
[in]	rhs	The second slice to be compared.
[in]	cmp	The function deciding whether two items are equal ot not (0 if equal, any other value otherwise).

Returns: true if lhs and rhs are equal, false otherwise.

Precondition: lhs.item_size == rhs.item_size; cmp != NULL; lhs.len and rhs.len must be representable as ptrdiff_t.

◆ Slice99_first()

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST void* Slice99_first ( Slice99 self )

inlinestatic

Computes a pointer to the first item.

Parameters

[in] self The slice upon which the pointer will be computed.

◆ Slice99_from_ptrdiff()

static SLICE99_WARN_UNUSED_RESULT Slice99 Slice99_from_ptrdiff	(	void *	start,
		void *	end,
		size_t	item_size
	)

inlinestatic

Constructs a slice residing between start (inclusively) and end (exclusively).

Parameters

[in]	start	The start position of a returned slice, inclusively.
[in]	end	The end position of a returned slice, exlusively.
[in]	item_size	The value of Slice99::item_size.

Precondition: start != NULL; end != NULL; ((char *)end - (char *)start) >= 0; (((char *)end - (char *)start)) % item_size == 0

◆ Slice99_from_str()

static SLICE99_WARN_UNUSED_RESULT Slice99 Slice99_from_str ( char * str )

inlinestatic

Constructs a slice from str.

Parameters

[in] str Any null-terminated string.

Precondition: str != NULL

◆ Slice99_get()

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST void* Slice99_get	(	Slice99	self,
		ptrdiff_t	i
	)

inlinestatic

Computes a pointer to the i -indexed item.

Parameters

[in]	self	The slice upon which the pointer will be computed.
[in]	i	The index of a desired item. Can be negative.

Precondition: self.item_size must be representable as ptrdiff_t.

◆ Slice99_is_empty()

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST bool Slice99_is_empty ( Slice99 self )

inlinestatic

Checks whether self is empty or not.

Parameters

[in] self The checked slice.

Returns: true if self is empty, otherwise false.

◆ Slice99_last()

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST void* Slice99_last ( Slice99 self )

inlinestatic

Computes a pointer to the last item.

Parameters

[in] self The slice upon which the pointer will be computed.

Precondition: self.len must be representable as ptrdiff_t.

◆ Slice99_new()

static SLICE99_WARN_UNUSED_RESULT Slice99 Slice99_new	(	void *	ptr,
		size_t	item_size,
		size_t	len
	)

inlinestatic

Constructs a slice.

Parameters

[in]	ptr	The value of Slice99::ptr.
[in]	item_size	The value of Slice99::item_size.
[in]	len	The value of Slice99::len.

Precondition: ptr != NULL; item_size > 0

◆ Slice99_primitive_ends_with()

static SLICE99_WARN_UNUSED_RESULT bool Slice99_primitive_ends_with	(	Slice99	self,
		Slice99	postfix
	)

inlinestatic

Checks whether postfix is a postfix of self, byte-by-byte.

Parameters

[in]	self	The slice to be checked for `postfix`.
[in]	postfix	The slice to be checked whether it is a postfix of `self`.

Returns: true if postfix is a postfix of self, otherwise false.

Precondition: self.len and postfix.len must be representable as ptrdiff_t.

◆ Slice99_primitive_eq()

static SLICE99_WARN_UNUSED_RESULT bool Slice99_primitive_eq	(	Slice99	lhs,
		Slice99	rhs
	)

inlinestatic

Performs a byte-by-byte comparison of lhs with rhs.

Parameters

[in]	lhs	The first slice to be compared.
[in]	rhs	The second slice to be compared.

Returns: true if lhs and rhs are equal, false otherwise.

◆ Slice99_primitive_starts_with()

static SLICE99_WARN_UNUSED_RESULT bool Slice99_primitive_starts_with	(	Slice99	self,
		Slice99	prefix
	)

inlinestatic

Checks whether prefix is a prefix of self, byte-by-byte.

Parameters

[in]	self	The slice to be checked for `prefix`.
[in]	prefix	The slice to be checked whether it is a prefix of `self`.

Returns: true if prefix is a prefix of self, otherwise false.

Precondition: prefix.len must be representable as ptrdiff_t.

◆ Slice99_reverse()

static void Slice99_reverse	(	Slice99	self,
		void *restrict	backup
	)

inlinestatic

Reverses the order of items in self.

Parameters

[out]	self	The slice to be reversed.
[out]	backup	The memory area of `self.item_size` bytes accessible for reading and writing.

Precondition: backup != NULL; self.len must be representable as ptrdiff_t.

◆ Slice99_size()

static SLICE99_WARN_UNUSED_RESULT SLICE99_CONST size_t Slice99_size ( Slice99 self )

inlinestatic

Computes a total size in bytes.

Parameters

[in] self The slice whose size is to be computed.

◆ Slice99_split_at()

static void Slice99_split_at	(	Slice99	self,
		size_t	i,
		Slice99 *restrict	lhs,
		Slice99 *restrict	rhs
	)

inlinestatic

Splits self into two parts.

Parameters

[in]	self	The slice to be splitted into `lhs` and `rhs`.
[in]	i	The index at which `self` will be splitted.
[out]	lhs	The first part of `self` indexed as [0; `i`).
[out]	rhs	The second part of `self` indexed as [`i`; `self.len`).

Precondition: i <= self.len; lhs != NULL; rhs != NULL; self.len and i must be representable as ptrdiff_t.

◆ Slice99_starts_with()

static SLICE99_WARN_UNUSED_RESULT bool Slice99_starts_with	(	Slice99	self,
		Slice99	prefix,
		int()(const void , const void *)	cmp
	)

inlinestatic

Checks whether prefix is a prefix of self with a user-supplied comparator.

Parameters

[in]	self	The slice to be checked for `prefix`.
[in]	prefix	The slice to be checked whether it is a prefix of `self`.
[in]	cmp	The function deciding whether two items are equal ot not (0 if equal, any other value otherwise).

Returns: true if prefix is a prefix of self, otherwise false.

Precondition: self.item_size == prefix.item_size; cmp != NULL; prefix.len must be representable as ptrdiff_t.

◆ Slice99_sub()

static SLICE99_WARN_UNUSED_RESULT Slice99 Slice99_sub	(	Slice99	self,
		ptrdiff_t	start_idx,
		ptrdiff_t	end_idx
	)

inlinestatic

Subslicing self with [start_idx .. end_idx].

Parameters

[in]	self	The original slice.
[in]	start_idx	The index at which a new slice will reside, inclusively.
[in]	end_idx	The index at which a new slice will end, exclusively.

Returns: A slice with the aforementioned properties.

Precondition: start_idx <= end_idx

◆ Slice99_swap()

static void Slice99_swap	(	Slice99	self,
		ptrdiff_t	lhs,
		ptrdiff_t	rhs,
		void *restrict	backup
	)

inlinestatic

Swaps the lhs -indexed and rhs -indexed items.

Parameters

[out]	self	The slice in which `lhs` and `rhs` will be swapped.
[in]	lhs	The index of the first item.
[in]	rhs	The index of the second item.
[out]	backup	The memory area of `self.item_size` bytes accessible for reading and writing.

Precondition: backup != NULL; backup must not overlap with Slice99_get(self, lhs) and Slice99_get(self, rhs).; Slice99_get(self, lhs) and Slice99_get(self, rhs) must not overlap.

◆ Slice99_swap_with_slice()

static void Slice99_swap_with_slice	(	Slice99	self,
		Slice99	other,
		void *restrict	backup
	)

inlinestatic

Swaps all the items in self with those in other.

Parameters

[out]	self	The first slice to be swapped.
[out]	other	The second slice to be swapped.
[out]	backup	The memory area of `self.item_size` bytes accessible for reading and writing.

Precondition: self.len == other.len; self.item_size == other.item_size; backup must not overlap with self and other.; self and other must not overlap.; self.len must be representable as ptrdiff_t.

◆ Slice99_update_len()

static SLICE99_WARN_UNUSED_RESULT Slice99 Slice99_update_len	(	Slice99	self,
		size_t	new_len
	)

inlinestatic

Updates self with the new length new_len.

Parameters

[in]	self	The slice whose length will be updated.
[in]	new_len	The new length.

Data Structures

Macros

Functions

Detailed Description

Macro Definition Documentation

◆ CharSlice99_alloca_c_str

◆ CharSlice99_alloca_fmt

◆ SLICE99_APPEND

◆ SLICE99_APPEND_ARRAY

◆ SLICE99_DEF_TYPED

Examples

◆ Slice99_from_array

◆ Slice99_from_typed_ptr

◆ SLICE99_SNPRINTF

◆ SLICE99_TO_OCTETS

◆ SLICE99_TO_TYPED

Examples

◆ SLICE99_TO_UNTYPED

Examples

◆ Slice99_typed_from_array

Examples

◆ SLICE99_VSNPRINTF

◆ SLICE99_VSPRINTF

Function Documentation

◆ CharSlice99_fmt()

◆ CharSlice99_nfmt()

◆ CharSlice99_vfmt()

◆ CharSlice99_vnfmt()

◆ Slice99_advance()

◆ Slice99_c_str()

◆ Slice99_copy()

◆ Slice99_copy_non_overlapping()

◆ Slice99_empty()

◆ Slice99_ends_with()

◆ Slice99_eq()

◆ Slice99_first()

◆ Slice99_from_ptrdiff()

◆ Slice99_from_str()

◆ Slice99_get()

◆ Slice99_is_empty()

◆ Slice99_last()

◆ Slice99_new()

◆ Slice99_primitive_ends_with()

◆ Slice99_primitive_eq()

◆ Slice99_primitive_starts_with()

◆ Slice99_reverse()

◆ Slice99_size()

◆ Slice99_split_at()

◆ Slice99_starts_with()

◆ Slice99_sub()

◆ Slice99_swap()

◆ Slice99_swap_with_slice()

◆ Slice99_update_len()