libsheepy.c File Reference

This file has basic file, random, string, list functions. More...

#include "libsheepy.h"
#include "printf.h"
#include <sys/stat.h>
#include <ctype.h>
#include <sys/time.h>
#include <stdio.h>
#include <ucontext.h>
#include <libgen.h>
#include <dirent.h>
#include <stdarg.h>
#include <errno.h>
#include <wordexp.h>
#include <stdbool.h>
#include <string.h>
#include <stdlib.h>
#include <unistd.h>
#include <stdint.h>
#include <signal.h>
#include "sys/resource.h"
#include "alloca.h"
#include "pwd.h"
#include "limits.h"
#include "execinfo.h"
#include "termios.h"
#include "locale.h"

Include dependency graph for libsheepy.c:

Go to the source code of this file.

Data Structures
struct	decomposition

Macros
#define	internal   static
#define	replaceS_max(s, olds, news)   replaceS(s,olds,news, 0)
#define	iReplaceS_max(s, olds, news)   iReplaceS(s,olds,news, 0)
#define	bReplaceS_max(s, olds, news)   bReplaceS(s,olds,news, 0)
#define	icReplaceS_max(s, olds, news)   icReplaceS(s,olds,news, 0)
#define	iicReplaceS_max(s, olds, news)   iicReplaceS(s,olds,news, 0)
#define	bicReplaceS_max(s, olds, news)   bicReplaceS(s,olds,news, 0)
#define	icReplaceUTF8_max(s, olds, news)   icReplaceUTF8(s,olds,news, 0)
#define	iicReplaceUTF8_max(s, olds, news)   iicReplaceUTF8(s,olds,news, 0)
#define	bicReplaceUTF8_max(s, olds, news)   bicReplaceUTF8(s,olds,news, 0)
#define	MALLOC   malloc
#define	REALLOC   realloc
#define	__libsheepy   1
#define	MAX_MSG_LEN   10240
	print logging levels logs messages to all log file More...
#define	TERMRGB   "\x1b[38;2;"
	printf RGB Colors More...
#define	BGTERMRGB   "\x1b[48;2;"
#define	startMax   20
#define	runeMax   0x10FFFF
	maximum rune value More...
#define	UTFSEQ(x)
	code point length, 0 when invalid code point, x is first byte in code point More...
#define	BADRUNE(x)
#define	UNICODE_LAST_CHAR_PART1   0x2FAFF
#define	UNICODE_LAST_PAGE_PART1   762
#define	UNICODE_MAX_TABLE_INDEX   10000
#define	UNICODE_NOT_PRESENT_OFFSET   65535
#define	ATTR_TABLE(Page)
#define	ATTTABLE(Page, Char)   ((ATTR_TABLE(Page) == UNICODE_MAX_TABLE_INDEX) ? 0 : (attr_data[ATTR_TABLE(Page)][Char]))
#define	TTYPE_PART1(Page, Char)
#define	TTYPE_PART2(Page, Char)
#define	RUNETYPE(rn)
#define	IS(Type, Class)   (((uint32_t)1 << (Type)) & (Class))
#define	OR(Type, Rest)   (((uint32_t)1 << (Type)) | (Rest))
#define	ISMARK(Type)
#define	ISALPHA(Type)
#define	RUNE_MAX_DECOMPOSITION_LENGTH   18 /* codepoints */
#define	CC_PART1(Page, Char)
#define	CC_PART2(Page, Char)
#define	COMBINING_CLASS(Char)
#define	SBase   0xAC00
#define	LBase   0x1100
#define	VBase   0x1161
#define	TBase   0x11A7
#define	LCount   19
#define	VCount   21
#define	TCount   28
#define	NCount   (VCount * TCount)
#define	SCount   (LCount * NCount)

Typedefs
typedef uint64_t(*	randomWordFt) (void)

Enumerations
enum	localeType { LOCALE_NORMAL, LOCALE_TURKIC, LOCALE_LITHUANIAN }
enum	unicodeType {   UNICODE_CONTROL, UNICODE_FORMAT, UNICODE_UNASSIGNED, UNICODE_PRIVATE_USE,   UNICODE_SURROGATE, UNICODE_LOWERCASE_LETTER, UNICODE_MODIFIER_LETTER, UNICODE_OTHER_LETTER,   UNICODE_TITLECASE_LETTER, UNICODE_UPPERCASE_LETTER, UNICODE_SPACING_MARK, UNICODE_ENCLOSING_MARK,   UNICODE_NON_SPACING_MARK, UNICODE_DECIMAL_NUMBER, UNICODE_LETTER_NUMBER, UNICODE_OTHER_NUMBER,   UNICODE_CONNECT_PUNCTUATION, UNICODE_DASH_PUNCTUATION, UNICODE_CLOSE_PUNCTUATION, UNICODE_FINAL_PUNCTUATION,   UNICODE_INITIAL_PUNCTUATION, UNICODE_OTHER_PUNCTUATION, UNICODE_OPEN_PUNCTUATION, UNICODE_CURRENCY_SYMBOL,   UNICODE_MODIFIER_SYMBOL, UNICODE_MATH_SYMBOL, UNICODE_OTHER_SYMBOL, UNICODE_LINE_SEPARATOR,   UNICODE_PARAGRAPH_SEPARATOR, UNICODE_SPACE_SEPARATOR }
	Unicode types: UNICODE_CONTROL: General category "Other, Control" (Cc) UNICODE_FORMAT: General category "Other, Format" (Cf) UNICODE_UNASSIGNED: General category "Other, Not Assigned" (Cn) UNICODE_PRIVATE_USE: General category "Other, Private Use" (Co) UNICODE_SURROGATE: General category "Other, Surrogate" (Cs) UNICODE_LOWERCASE_LETTER: General category "Letter, Lowercase" (Ll) UNICODE_MODIFIER_LETTER: General category "Letter, Modifier" (Lm) UNICODE_OTHER_LETTER: General category "Letter, Other" (Lo) UNICODE_TITLECASE_LETTER: General category "Letter, Titlecase" (Lt) UNICODE_UPPERCASE_LETTER: General category "Letter, Uppercase" (Lu) UNICODE_SPACING_MARK: General category "Mark, Spacing" (Mc) UNICODE_ENCLOSING_MARK: General category "Mark, Enclosing" (Me) UNICODE_NON_SPACING_MARK: General category "Mark, Nonspacing" (Mn) UNICODE_DECIMAL_NUMBER: General category "Number, Decimal Digit" (Nd) UNICODE_LETTER_NUMBER: General category "Number, Letter" (Nl) UNICODE_OTHER_NUMBER: General category "Number, Other" (No) UNICODE_CONNECT_PUNCTUATION: General category "Punctuation, Connector" (Pc) UNICODE_DASH_PUNCTUATION: General category "Punctuation, Dash" (Pd) UNICODE_CLOSE_PUNCTUATION: General category "Punctuation, Close" (Pe) UNICODE_FINAL_PUNCTUATION: General category "Punctuation, Final quote" (Pf) UNICODE_INITIAL_PUNCTUATION: General category "Punctuation, Initial quote" (Pi) UNICODE_OTHER_PUNCTUATION: General category "Punctuation, Other" (Po) UNICODE_OPEN_PUNCTUATION: General category "Punctuation, Open" (Ps) UNICODE_CURRENCY_SYMBOL: General category "Symbol, Currency" (Sc) UNICODE_MODIFIER_SYMBOL: General category "Symbol, Modifier" (Sk) UNICODE_MATH_SYMBOL: General category "Symbol, Math" (Sm) UNICODE_OTHER_SYMBOL: General category "Symbol, Other" (So) UNICODE_LINE_SEPARATOR: General category "Separator, Line" (Zl) UNICODE_PARAGRAPH_SEPARATOR: General category "Separator, Paragraph" (Zp) UNICODE_SPACE_SEPARATOR: General category "Separator, Space" (Zs) More...

Functions
internal void	segfault_sigaction (int signal, siginfo_t *si, void *arg)
	segmentation fault handler More...
internal void	segfault_sigaction (int signal UNUSED, siginfo_t *si UNUSED, void *arg UNUSED)
void	cleanUpCharFree (char **val)
void	cleanUpListFree (char ***val)
void	cleanUpFileFree (FILE **val)
void	cleanUpFd (int *val)
uint64_t	shStopwatch (uint8_t op)
	nanosecond stopwatch More...
int	getLogSymbols (void)
	get current log symbols More...
void	setLogSymbols (int mode)
	set log symbols More...
int	getMaxLogLevel (void)
	get current max log level More...
void	setMaxLogLevel (int logLevel)
	set max log level logs above logMaxLevel are skipped More...
FILE *	setLogFile (char *filename)
	set log file the logs are appended to all log files set with this function More...
void	closeLogFiles (void)
	close logfiles opened with setLogFile More...
int	getLogMode (void)
	get current log mode (verbose, concise) More...
void	setLogMode (int mode)
	set log mode LOG_VERBOSE, LOG_CONCISE, . More...
bool	getLogShortPath (void)
	get current log long/short path value More...
void	setLogShortPath (bool shortPath)
	set log long/short file path value for VERBOSE mode More...
bool	getLogStdout (void)
	get stdout state, when TRUE (default) all logs are printed to stdout More...
void	setLogStdout (bool state)
	enable/disable printing logs to stdout More...
bool	openProgLogFile (void)
	log to a file named progName.log Use closeLogFiles when finished logging More...
void	keepAnsiColorsInLog (bool state)
	enable/disable ansi color codes in logs More...
void	_pLog (int loglevel, const char *file, const char *func, int line, const char *msg,...)
int	print_k (FILE *stream, const struct printf_info *info, const void *const *args)
	k printf type specifier, RGB foreground, uint32_t 0x00RRGGBB More...
int	print_K (FILE *stream, const struct printf_info *info, const void *const *args)
	K printf type specifier, RGB background, uint32_t 0x00RRGGBB More...
int	print_k_arginfo (const struct printf_info *info UNUSED, size_t n, int *argtypes, int *size)
	procress printf argument More...
int	print_b (FILE *stream, const struct printf_info *info, const void *const *args)
	b printf type specifier, print bool as FALSE/TRUE More...
int	print_b_arginfo (const struct printf_info *info UNUSED, size_t n, int *argtypes, int *size)
	procress printf argument More...
void	finalizeLibsheepyCharAtExit (void)
	finalize libsheepy char at exit More...
int64_t	getStackLimit (void)
	get current stack limit More...
int	setStackLimit (int64_t stackSize)
	set stack limit More...
int	enableCoreDump (void)
	enable core dump More...
const char *	getProgName (void)
	get program name More...
bool	setProgName (const char *name)
	set program name More...
void	setDefaultProgName (void)
	set default program name More...
void	freeProgName (void)
	free ProgName if set with setProgName More...
const char *	getProgPath (void)
	get program path When initLibsheepy is called before this function, it returns the given program path. More...
const char *	getRealProgPath (void)
	get real program path The first call allocates libSheepyRealProgPath, it is freed with freeRealProgPath More...
void	freeRealProgPath (void)
	free real program path finalizeLibsheepy calls this function More...
int	systemNFreeF (char *command, int line, const char *thisFunc, const char *thisFileName)
	run system command and free command buffer a message is printed when an error occurs More...
time_t	getModificationTime (const char *path)
	get modification time for path More...
int	setModificationTime (const char *path, time_t mtime)
	set modification time for path More...
bool	isReadable (const char *path)
	is path readable More...
bool	isWritable (const char *path)
	is path writable More...
bool	isExecutable (const char *path)
	is path executable More...
bool	equalModificationTimes (const char *path1, const char *path2)
	compare modification times for path1 and path2 More...
time_t	getCurrentUnixTime (void)
	get current unix time in seconds More...
time_t	strToUnixTime (const char *date, const char *format)
	convert date string to unix time More...
char *	timeToS (const time_t t)
	time To String convert unix time to string (ctime is not used here because it adds at the end of the string) More...
char *	bTimeToS (char *dst, const time_t t)
char *	bLTimeToS (char *dst, size_t dstSize, const time_t t)
char *	timeToYMDS (const time_t t)
	time To Year-Month-Day Hour:Minute:Second String convert unix time to string More...
char *	bTimeToYMDS (char *dst, const time_t t)
char *	bLTimeToYMDS (char *dst, size_t dstSize, const time_t t)
char *	getCurrentDate (void)
	get current date in ctime format (Wed Dec 12 11:44:08 2018) More...
char *	bGetCurrentDate (char *dst)
char *	bLGetCurrentDate (char *dst, size_t dstSize)
char *	getCurrentDateYMD (void)
	get current date in Y-m-d H:M:S format More...
char *	bGetCurrentDateYMD (char *dst)
char *	bLGetCurrentDateYMD (char *dst, size_t dstSize)
char *	shDirname (const char *path)
	sheepy dirname More...
char *	bDirname (char *path)
	buffer dirname More...
char *	bLDirname (char *path, size_t pathSize)
	buffer size dirname More...
char *	expandHome (const char *path)
	expands ~/ ($HOME) or ~USER duplicate and expand path. More...
char *	iExpandHome (char **path)
	expands ~/ ($HOME) or ~USER More...
char *	bExpandHome (char *path)
	buffer expands ~/ ($HOME) or ~USER More...
char *	bLExpandHome (char *path, size_t pathSize)
	buffer size expands ~/ ($HOME) or ~USER More...
char *	normalizePath (const char *path)
	normalize path More...
char *	iNormalizePath (char **path)
	normalize path More...
char *	bNormalizePath (char *path)
	buffer normalize path More...
char *	bLNormalizePath (char *path, size_t pathSize)
	buffer size normalize path More...
char *	relPath (const char *path, const char *start)
	relative path More...
char *	iRelPath (char **path, const char *start)
	relative path More...
char *	bRelPath (char *dest, const char *path, const char *start)
	relative path More...
char *	bLRelPath (char *dest, size_t destSize, char *path, const char *start)
	relative path More...
char *	getHomePath (void)
	get home path More...
char *	bGetHomePath (char *path)
	copy home path to path More...
char *	bLGetHomePath (char *path, size_t pathSize)
	copy home path to path maximum pathSize More...
const char *	getCHomePath (void)
	get home path as a const char* More...
char *	getCwd (void)
	get current working directory More...
char *	bLGetCwd (char *path, size_t pathSize)
int	chDir (const char *path)
	change directory More...
bool	isDir (const char *path)
	is directory More...
char *	shReadlink (const char *path)
	sheepy read link More...
char *	endlink (const char *path)
	end link More...
bool	isLink (const char *path)
	is symbolic link More...
bool	fileExists (const char *filePath)
	detect files and directories More...
bool	fileChmod (const char *filePath, mode_t mode)
	like chmod in stdlibc but return true/false More...
ssize_t	fileSize (const char *filePath)
	get file size More...
ssize_t	fileSizeFP (FILE *fp)
	get file size from file pointer More...
void *	readFileToS (const char *filePath)
	read file to string More...
void *	readStreamToS (FILE *fp)
	read file to string More...
void *	bReadFileToS (const char *filePath, void *dst)
	buffer read file to string More...
void *	bReadStreamToS (FILE *fp, void *dst)
	buffer read file to string More...
void *	bLReadFileToS (const char *filePath, void *dst, size_t dstSize)
	buffer size read file to string More...
void *	bLReadStreamToS (FILE *fp, void *dst, size_t dstSize)
	buffer size read file to string More...
ssize_t	readFile (const char *filePath, void **buffer)
	read file to buffer More...
ssize_t	bReadFile (const char *filePath, void *buffer)
	buffer read file to buffer More...
ssize_t	bLReadFile (const char *filePath, void *buffer, size_t dstSize)
	buffer size read file to buffer More...
int	writeFileS (const char *filePath, const char *string)
	write string to file More...
int	writeFile (const char *filePath, void *buffer, size_t len)
	write buffer to file More...
int	writeStreamS (FILE *fp, const char *string)
	write string to file More...
int	writeLStream (FILE *fp, void *buffer, size_t len)
	write buffer to file More...
bool	appendFileS (const char *filePath, const char *string)
	append string to filePath More...
bool	appendFile (const char *filePath, void *buffer, size_t len)
	append buffer to file More...
char **	walkDir (const char *dirPath)
	list all files in a directory recursively and sort the list More...
internal void	walkADir (const char *dirPath, char ***list)
char **	walkDirDir (const char *dirPath)
	list all directories in a directory recursively and sort the list More...
internal void	walkADirDir (const char *dirPath, char ***list)
char **	readDir (const char *dirPath)
	list files in a directory and sort the list More...
char **	readDirDir (const char *dirPath)
	list directories in a directory and sort the list More...
char **	walkDirAll (const char *dirPath)
	list all files and directories in a directory recursively and sort the list More...
internal void	walkADirAll (const char *dirPath, char ***list)
char **	readDirAll (const char *dirPath)
	list files in a directory and sort the list More...
mode_t	getUmask (void)
	get umask More...
mode_t	getCurrentPermissions (void)
	get current permissions for creating directories More...
int	mkdirParents (const char *path)
	recursive mkdir More...
int	rmAll (const char *path)
	remove all delete recursively files and directories More...
int	rmADir (const char *dirPath)
int	copy (const char *src, const char *dst)
	copy files recursively This function is equivalent to 'cp -Ra' without wildcards and circular link detection More...
int	copyFile (const char *src, const char *dst)
int	copyADir (const char *src, const char *dst, const char *path)
int	shRename (const char *src, const char *dst)
	rename file More...
int	shMove (const char *src, const char *dst)
	move files recursively More...
void	setSoftwareRandom (void)
	use software random numbers works on all cpu architectures the default random function is software More...
void	setHardwareRandom (void)
	use cpu hardware random number generator More...
int	randomUrandomOpen (void)
	open /dev/urandom in libsheepy More...
void	randomUrandomClose (void)
	close /dev/urandom in libsheepy call this function when random are not needed anymore More...
uint64_t	randomWord (void)
	return random 64 bit unsigned integer call randomUrandomOpen before this calling function More...
uint64_t	randomWordFromHW (void)
	return random 64 bit unsigned integer from the cpu when the cpu doesn't have the random generator instruction, the program stops with 'Illegal instruction' More...
uint64_t	randomChoice (uint64_t range)
	return a random value between 0 and range 0<=value<range call randomUrandomOpen before this calling function More...
char *	randomS (uint64_t length)
	random string More...
char *	bRandomS (char *dst, size_t dstSize)
	buffer random string More...
char *	randomAlphaNumS (uint64_t length)
	random alpha numerical string More...
char *	bRandomAlphaNumS (char *dst, size_t dstSize)
	buffer random alpha numerical string More...
char *	readS (void)
	read String read user input (one line) as a string More...
char *	bLReadS (char *dst, size_t dstSize)
	buffer read String read user input (one line) as a string More...
UNUSED local char *	shGetpass (void)
	sheepy get pass More...
char *	readPasswordS (void)
	read hidden password string More...
bool	zeroS (char *string)
	write zero to all bytes in string with memset, for clearing password buffers More...
bool	zeroBuf (void *buf, size_t len)
	write zero to all bytes in buffer with memset More...
void *	memdup (const void *buf, size_t size)
	memory duplicate allocate and copy buffer More...
void	readEnter (void)
	read Enter key wait until press the enter key More...
char *	readLine (FILE *fp)
	readLine from file stream the fist new line is converted to 0 More...
void	freeManySF (char *paramType,...)
	free Many String More...
char *	dupS (const char *string)
	duplicate string More...
void	shPrintfS (const char *fmt,...)
	sheepy Print String More...
void	shEPrintfS (const char *fmt,...)
	sheepy Error printf String print with logE More...
void	logNFree (char *s)
	log and free More...
void	loghex (const void *buf, size_t len)
	print buffer as hexadecimal string More...
char *	toHexS (const void *buf, size_t len)
	create a string with bytes in buf converted to hex strings More...
char *	toHexSepS (const void *buf, size_t len, const char *separator)
	create a string with bytes in buf converted to hex strings separated by separator More...
char *	toHexHeadSepS (const void *buf, size_t len, const char *head, const char *separator)
	create a string with bytes in buf converted to hex strings separated by separator and with head string in front of earch byte: HEADffSEP More...
char *	strCpy (char *restrict dst, const char *restrict src)
	strCpy - copy src to dst More...
char *	strNCpy (char *restrict dst, const char *restrict src, size_t srcSize)
	strNCpy - copy src to dst More...
char *	strLCpy (char *restrict dst, size_t dstSize, const char *restrict src)
	strLCpy - copy src to dst More...
char *	strCat (char *restrict dst, const char *restrict src)
	strCat - concatenate two strings More...
char *	strNCat (char *restrict dst, const char *restrict src, size_t srcLen)
	strNCat - concatenate two strings More...
char *	strLCat (char *restrict dst, size_t dstSize, const char *restrict src)
	strLCat - concatenate two strings More...
char *	strLNCat (char *restrict dst, size_t dstSize, const char *restrict src, size_t srcLen)
	strLNCat - concatenate two strings More...
char *	catSF (const char *paramType,...)
	cat String Function More...
char *	iCatSF (char *dst, const char *paramType,...)
	cat and copy String Function dst has to be big enough to hold the result More...
char *	bLCatSF (char *dst, size_t dstSize, const char *paramType,...)
	cat and copy String Function More...
char *	formatS (const char *fmt,...)
	format string allocate and format string using asprintf More...
char *	bFormatS (char *string, const char *fmt,...)
	format string More...
char *	bLFormatS (char *string, size_t stringSize, const char *fmt,...)
	format string More...
char *	appendS (const char *string1, const char *string2)
	append strings More...
char *	appendCharS (const char *string1, char c)
	append char to string when c is 0 the result is string1 More...
char *	appendSChar (char c, const char *string2)
	append string to char More...
char *	iAppendS (char **string1, const char *string2)
	append strings More...
char *	iAppendCharS (char **string1, char c)
	append char to string More...
char *	iAppendNFreeS (char **string1, char *string2)
	append and free strings More...
char *	iAppendManySF (char **string, const char *paramType,...)
	append many strings More...
char *	bAppendManySF (char *string, const char *paramType,...)
	buffer append many strings More...
char *	bLAppendManySF (char *string, size_t stringSize, const char *paramType,...)
	buffer size append many strings More...
char *	prependS (const char *string1, const char *string2)
	prepend strings More...
char *	prependCharS (const char *string1, char c)
	prepend char to string More...
char *	prependSChar (char c, const char *string2)
	prepend string to char More...
char *	iPrependS (char **string1, const char *string2)
	prepend strings More...
char *	iPrependCharS (char **string1, char c)
	prepend char to string More...
char *	iPrependNFreeS (char **string1, char *string2)
	prepend and free strings More...
char *	bPrependS (char *string1, const char *string2)
	buffer prepend strings More...
char *	bLPrependS (char *string1, size_t string1Size, const char *string2)
	buffer prepend strings More...
char *	replaceS (const char *s, const char *olds, const char *news, size_t max)
	replace String the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	replaceCharSS (const char *s, char olds, const char *news, size_t max)
char *	replaceSCharS (const char *s, const char *olds, char news, size_t max)
char *	replaceCharCharS (const char *s, char olds, char news, size_t max)
size_t	replaceSLen (const char *s, const char *olds, const char *news, size_t max)
	replaceSLen returns the length of the resulting string More...
char *	iReplaceS (char **s, const char *olds, const char *news, size_t max)
	replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	iReplaceCharSS (char **s, char olds, const char *news, size_t max)
char *	iReplaceSCharS (char **s, const char *olds, char news, size_t max)
char *	iReplaceCharCharS (char **s, char olds, char news, size_t max)
char *	bReplaceS (char *s, const char *olds, const char *news, size_t max)
	buffer replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	bLReplaceS (char *s, size_t sSize, const char *olds, const char *news, size_t max)
	buffer size replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	replaceManySF (const char *paramType,...)
	replace Many Strings the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result More...
char *	iReplaceManySF (char **s, char *paramType,...)
	replace Many Strings the olds string is replaced with the news string max times in the result More...
char *	bReplaceManySF (char *s, char *paramType,...)
	buffer replace Many Strings the olds string is replaced with the news string max times in the result More...
char *	bLReplaceManySF (char *s, size_t sSize, char *paramType,...)
	buffer size replace Many Strings the olds string is replaced with the news string max times in the result More...
char *	icReplaceS (const char *s, const char *olds, const char *news, size_t max)
	ignore case Replace String the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	icReplaceCharSS (const char *s, char olds, const char *news, size_t max)
char *	icReplaceSCharS (const char *s, const char *olds, char news, size_t max)
char *	icReplaceCharCharS (const char *s, char olds, char news, size_t max)
char *	iicReplaceS (char **s, const char *olds, const char *news, size_t max)
	in place ignore case replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	iicReplaceCharSS (char **s, char olds, const char *news, size_t max)
char *	iicReplaceSCharS (char **s, const char *olds, char news, size_t max)
char *	iicReplaceCharCharS (char **s, char olds, char news, size_t max)
char *	bicReplaceS (char *s, const char *olds, const char *news, size_t max)
	buffer ignore case replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	bLicReplaceS (char *s, size_t sSize, const char *olds, const char *news, size_t max)
	buffer size ignore case replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	icReplaceManySF (const char *paramType,...)
	ignore case replace Many Strings the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result More...
char *	iicReplaceManySF (char **s, char *paramType,...)
	in place ignore case replace Many Strings the olds string is replaced with the news string max times in the result More...
char *	bicReplaceManySF (char *s, char *paramType,...)
	buffer ignore case replace Many Strings the olds string is replaced with the news string max times in the result More...
char *	bLicReplaceManySF (char *s, size_t sSize, char *paramType,...)
	buffer size ignore case replace Many Strings the olds string is replaced with the news string max times in the result More...
bool	eqS (const char *string1, const char *string2)
	string Equal compare string1 to string2 More...
bool	eqCharS (char c, const char *string2)
bool	eqSChar (const char *string1, char c)
bool	eqIS (const char *string1, const char *string2, int64_t index)
	string Index Equal compare string1 at index to string2 when string2 is empty, the result is false More...
bool	eqICharS (const char *string1, char c, int64_t index)
bool	startsWithS (const char *string1, const char *string2)
	starts With String compare start of string1 with string2 More...
bool	startsWithCharS (const char *string1, char c)
bool	endsWithS (const char *string1, const char *string2)
	ends With String compare end of string1 with string2 More...
bool	endsWithCharS (const char *string1, char c)
ssize_t	countS (const char *s, const char *needle)
	count String count number of (non-overlapping) occurrences of a substring More...
ssize_t	countCharS (const char *s, char c)
bool	icEqS (const char *string1, const char *string2)
	ignore case string Equal compare string1 to string2 More...
bool	icEqCharS (char c, const char *string2)
bool	icEqSChar (const char *string1, char c)
bool	icEqIS (const char *string1, const char *string2, int64_t index)
	ignore case string Index Equal compare string1 at index to string2 when string2 is empty, the result is false More...
bool	icEqICharS (const char *string1, char c, int64_t index)
bool	icStartsWithS (const char *string1, const char *string2)
	ignore case starts With String compare start of string1 with string2 More...
bool	icStartsWithCharS (const char *string1, char c)
bool	icEndsWithS (const char *string1, const char *string2)
	ignore case ends With String compare end of string1 with string2 More...
bool	icEndsWithCharS (const char *string1, char c)
ssize_t	icCountS (const char *s, const char *needle)
	ignore case count String count number of (non-overlapping) occurrences of a substring More...
ssize_t	icCountCharS (const char *s, char c)
bool	hasCtrlChar (const char *string)
	has control char More...
char *	stripCtrlS (const char *string)
	remove terminal control char from string More...
char *	iStripCtrlS (char **string)
	remove terminal control char from string More...
char *	bStripCtrlS (char *string)
	remove terminal control char from string More...
char *	stripColorsS (const char *string)
	remove ansi colors from string More...
char *	iStripColorsS (char **string)
	remove ansi colors from string More...
char *	bStripColorsS (char *string)
	remove terminal control char from string More...
char *	quoteS (const char *s, char delim)
	add backslash '\' before delim('\'' or '"') and backslash the backslashes in the result avoid splitting the string when it is in a source file or a json string More...
char *	bQuoteS (char *dest, const char *s, char delim)
	add backslash '\' before delim('\'' or '"') and backslash the backslashes in the result avoid splitting the string when it is in a source file or a json string More...
char *	bLQuoteS (char *dest, size_t destSize, const char *s, char delim)
	add backslash '\' before delim('\'' or '"') and backslash the backslashes in the result avoid splitting the string when it is in a source file or a json string More...
size_t	quoteLenS (const char *s, char delim)
	return the length of the escaped string (without the terminating \0) More...
char *	escapeS (const char *s, char delim)
	escape string according the json specification (RFC 8259) if there is in the string, the backslash is escaped and it will be parsed as the string '' be the json parsers the unicode characters should be converted to UTF8 codepoints instead of using the result can be included in a json string and the parsing will be correct More...
char *	bEscapeS (char *dest, const char *s, char delim)
	escape string according the json specification (RFC 8259) if there is in the string, the backslash is escaped and it will be parsed as the string '' be the json parsers the unicode characters should be converted to UTF8 codepoints instead of using the result can be included in a json string and the parsing will be correct More...
char *	bLEscapeS (char *dest, size_t destSize, const char *s, char delim)
	escape string according the json specification (RFC 8259) if there is in the string, the backslash is escaped and it will be parsed as the string '' be the json parsers the unicode characters should be converted to UTF8 codepoints instead of using the result can be included in a json string and the parsing will be correct More...
size_t	escapeLenS (const char *s, char delim)
	return the length of the escaped string (without the terminating \0) More...
char	nibbleToHex (u8 n)
	convert number between 0 and 15 to hexadecimal character '0' to 'F' More...
char *	cEscapeS (const char *S)
	escape string to become a valid C source string control characters, backslash and double quotes are escaped. More...
char *	bCEscapeS (char *dest, const char *S)
	escape string to become a valid C source string control characters, backslash and double quotes are escaped. More...
char *	bLCEscapeS (char *dest, size_t destSize, const char *S)
	escape string to become a valid C source string control characters, backslash and double quotes are escaped. More...
size_t	cEscapeLenS (const char *s)
	return the length of the escaped string (without the terminating \0) More...
bool	isNumber (const char *string)
	is Number (integer or float) String More...
bool	isInt (const char *string)
	is Integer String More...
int64_t	parseInt (const char *string)
	convert string to decimal integer More...
int64_t	parseIntChar (char c)
int64_t	parseI64 (const char *string)
	convert string to decimal integer More...
int64_t	parseI64Char (char c)
double	parseDouble (const char *string)
	convert string to double More...
double	parseDoubleChar (char c)
uint64_t	parseHex (const char *string)
	parse hexadecimal number in a string More...
char *	intToS (int64_t n)
	int To String More...
char *	bIntToS (char *s, int64_t n)
	buffer int To String More...
char *	doubleToS (double n)
	double To String More...
char *	bDoubleToS (char *s, double n)
	buffer double To String More...
size_t	lenS (const char *string)
	length string More...
size_t	sizeS (const char *string)
	string buffer size More...
char *	upperS (const char *string)
	upper case String duplicate string More...
char *	iUpperS (char **string)
	upper case String More...
char *	bUpperS (char *string)
	buffer upper case String More...
char *	lowerS (const char *string)
	lower case String duplicate string More...
char *	iLowerS (char **string)
	lower case String More...
char *	bLowerS (char *string)
	buffer lower case String More...
char *	trimS (const char *string)
	trim String duplicate string More...
char *	iTrimS (char **string)
	trim String More...
char *	bTrimS (char *string)
	buffer trim String More...
char *	lTrimS (const char *string)
	left trim String duplicate string More...
char *	iLTrimS (char **string)
	left trim String More...
char *	bLTrimS (char *string)
	buffer left trim String More...
char *	rTrimS (const char *string)
	right trim String duplicate string More...
char *	iRTrimS (char **string)
	right trim String More...
char *	bRTrimS (char *string)
	buffer right trim String More...
char *	uniqS (const char *string, char c)
	uniq String duplicate string More...
char *	iUniqS (char **string, char c)
	uniq String More...
char *	bUniqS (char *string, char c)
	buffer uniq String More...
char *	icUniqS (const char *string, char c)
	ignore case uniq String duplicate string More...
char *	iicUniqS (char **string, char c)
	in place ignore case uniq String More...
char *	bicUniqS (char *string, char c)
	ignore case buffer uniq String More...
char *	repeatS (const char *string, size_t count)
	repeat string count times More...
char *	iRepeatS (char **string, size_t count)
	repeat string count times More...
char *	bRepeatS (char *dest, const char *string, size_t count)
	repeat string count times More...
char *	bLRepeatS (char *dest, size_t destSize, const char *string, size_t count)
	repeat string count times More...
char *	repeatCharS (char c, size_t count)
	repeat char count times More...
char *	bRepeatCharS (char *dest, char c, size_t count)
	repeat char count times More...
char *	bLRepeatCharS (char *dest, size_t destSize, char c, size_t count)
	repeat char count times More...
ssize_t	repeatLenS (const char *string, size_t count)
	length of string repeated count times More...
char *	ellipsisStartS (const char *string, size_t targetLength, const char *ellipsisString)
	ellipsis start string More...
char *	iEllipsisStartS (char **string, size_t targetLength, const char *ellipsisString)
	ellipsis start string More...
char *	bEllipsisStartS (char *dest, const char *string, size_t targetLength, const char *ellipsisString)
	ellipsis start string More...
char *	bLEllipsisStartS (char *dest, size_t destSize, const char *string, size_t targetLength, const char *ellipsisString)
	ellipsis start string More...
char *	ellipsisStartCharS (const char *string, size_t targetLength, char ellipsisChar)
	ellipsis start string More...
char *	iEllipsisStartCharS (char **string, size_t targetLength, char ellipsisChar)
	ellipsis start string More...
char *	bEllipsisStartCharS (char *dest, const char *string, size_t targetLength, char ellipsisChar)
	ellipsis start string More...
char *	bLEllipsisStartCharS (char *dest, size_t destSize, const char *string, size_t targetLength, char ellipsisChar)
	ellipsis start string More...
ssize_t	ellipsisLenS (const char *string, size_t targetLength, const char *ellipsisString)
	length of string after ellipsis More...
char *	ellipsisEndS (const char *string, size_t targetLength, const char *ellipsisString)
	ellipsis end string More...
char *	iEllipsisEndS (char **string, size_t targetLength, const char *ellipsisString)
	ellipsis end string More...
char *	bEllipsisEndS (char *dest, const char *string, size_t targetLength, const char *ellipsisString)
	ellipsis end string More...
char *	bLEllipsisEndS (char *dest, size_t destSize, const char *string, size_t targetLength, const char *ellipsisString)
	ellipsis end string More...
char *	ellipsisEndCharS (const char *string, size_t targetLength, char ellipsisChar)
	ellipsis end string More...
char *	iEllipsisEndCharS (char **string, size_t targetLength, char ellipsisChar)
	ellipsis end string More...
char *	bEllipsisEndCharS (char *dest, const char *string, size_t targetLength, char ellipsisChar)
	ellipsis end string More...
char *	bLEllipsisEndCharS (char *dest, size_t destSize, const char *string, size_t targetLength, char ellipsisChar)
	ellipsis end string More...
char *	padStartS (const char *string, size_t targetLength, const char *padString)
	pad start string More...
char *	iPadStartS (char **string, size_t targetLength, const char *padString)
	pad start string More...
char *	bPadStartS (char *dest, const char *string, size_t targetLength, const char *padString)
	pad start string More...
char *	bLPadStartS (char *dest, size_t destSize, const char *string, size_t targetLength, const char *padString)
	pad start string More...
char *	padStartCharS (const char *string, size_t targetLength, char padChar)
	pad start string More...
char *	iPadStartCharS (char **string, size_t targetLength, char padChar)
	pad start string More...
char *	bPadStartCharS (char *dest, const char *string, size_t targetLength, char padChar)
	pad start string More...
char *	bLPadStartCharS (char *dest, size_t destSize, const char *string, size_t targetLength, char padChar)
	pad start string More...
ssize_t	padStartLenS (const char *string, size_t targetLength, const char *padString)
	length of string after padStart More...
char *	padEndS (const char *string, size_t targetLength, const char *padString)
	pad end string More...
char *	iPadEndS (char **string, size_t targetLength, const char *padString)
	pad end string More...
char *	bPadEndS (char *dest, const char *string, size_t targetLength, const char *padString)
	pad end string More...
char *	bLPadEndS (char *dest, size_t destSize, const char *string, size_t targetLength, const char *padString)
	pad end string More...
char *	padEndCharS (const char *string, size_t targetLength, char padChar)
	pad end string More...
char *	iPadEndCharS (char **string, size_t targetLength, char padChar)
	pad end string More...
char *	bPadEndCharS (char *dest, const char *string, size_t targetLength, char padChar)
	pad end string More...
char *	bLPadEndCharS (char *dest, size_t destSize, const char *string, size_t targetLength, char padChar)
	pad end string More...
ssize_t	padEndLenS (const char *string, size_t targetLength, const char *padString)
	length of string after padEnd More...
char	getS (const char *string, int64_t index)
	get string More...
char *	setS (char *string, int64_t index, char c)
	set string More...
char *	swapS (char *string, int64_t index1, int64_t index2)
	swap characters in string More...
char *	iSwapS (char **string, int64_t index1, int64_t index2)
	swap characters in string More...
char *	bSwapS (char *string, int64_t index1, int64_t index2)
	swap characters in string More...
char *	bLSwapS (char *string, size_t size, int64_t index1, int64_t index2)
	swap characters in string More...
char *	sliceS (const char *string, int64_t start, int64_t end)
	slice String return new string which is the string between start and end negative indexes are allowed More...
char *	iSliceS (char **string, int64_t start, int64_t end)
	slice String return string which is the string between start and end negative indexes are allowed More...
char *	bSliceS (char *string, int64_t start, int64_t end)
	buffer slice String return string which is the string between start and end negative indexes are allowed More...
char *	bLSliceS (char *string, size_t stringSize, int64_t start, int64_t end)
	buffer size slice String return string which is the string between start and end negative indexes are allowed More...
char *	cropS (char *string, int64_t start, int64_t end)
	Crop String return a new string with characters from start and end in string and delete characters from start to end in the original string negative indexes are allowed. More...
char *	iCropS (char **string, int64_t start, int64_t end)
	Crop String return a new string with characters from start and end in string and delete characters from start to end in the original string negative indexes are allowed. More...
char	cropElemS (char *string, int64_t index)
char	iCropElemS (char **string, int64_t index)
char *	insertS (const char *string, int64_t index, const char *toInsert)
	insert string in string at index More...
char *	insertNFreeS (const char *string, int64_t index, char *toInsert)
	insert string in string at index and free toInsert when successful More...
char *	iInsertS (char **string, int64_t index, const char *toInsert)
	insert string in string at index More...
char *	iInsertNFreeS (char **string, int64_t index, char *toInsert)
	insert string in string at index and free toInsert More...
char *	bInsertS (char *string, int64_t index, const char *toInsert)
	buffer insert string in string at index More...
char *	bLInsertS (char *string, size_t stringSize, int64_t index, const char *toInsert)
	buffer size insert string in string at index More...
char *	injectS (const char *string, int64_t index, char toInject)
	inject a char in string at index More...
char *	iInjectS (char **string, int64_t index, char toInject)
	inject a char in string at index More...
char *	bInjectS (char *string, int64_t index, char toInject)
	buffer inject a char in string at index More...
char *	bLInjectS (char *string, size_t stringSize, int64_t index, char toInject)
	buffer size inject a char in string at index More...
char *	delS (const char *string, int64_t start, int64_t end)
	delete string More...
char *	iDelS (char **string, int64_t start, int64_t end)
	delete string More...
char *	bDelS (char *string, int64_t start, int64_t end)
	buffer delete string More...
char *	bLDelS (char *string, size_t stringSize, int64_t start, int64_t end)
	buffer size delete string More...
char *	delElemS (const char *string, int64_t index)
	delete element/character string More...
char *	iDelElemS (char **string, int64_t index)
	delete element/character string More...
char *	bDelElemS (char *string, int64_t index)
	buffer delete element/character string More...
char *	bLDelElemS (char *string, size_t stringSize, int64_t index)
	buffer size delete element/character string More...
char *	findS (const char *string, const char *needle)
	find String More...
char *	findCharS (const char *string, char c)
ssize_t	indexOfS (const char *string, const char *needle)
	indexOf String relative to start More...
ssize_t	indexOfCharS (const char *string, char c)
bool	hasS (const char *string, const char *needle)
	has String More...
bool	hasCharS (const char *string, char c)
char *	icFindS (const char *string, const char *needle)
	ignore case Find String More...
char *	icFindCharS (const char *string, char c)
ssize_t	icIndexOfS (const char *string, const char *needle)
	ignore case indexOf String relative to start More...
ssize_t	icIndexOfCharS (const char *string, char c)
bool	icHasS (const char *string, const char *needle)
	ignore case has String More...
bool	icHasCharS (const char *string, char c)
char *	tokS (char *s, const char *delim, char **saveptr)
	token in String More...
char *	icTokS (char *s, const char *delim, char **saveptr)
	ignore case token in String More...
size_t	lenUTF8 (const char *s)
	character length of UTF-8 string More...
size_t	bLLenUTF8 (const char *s, size_t maxSize)
	buffer character length of UTF-8 string More...
bool	isUTF8 (const char *string)
	is UTF-8 string More...
bool	bLIsUTF8 (const char *string, size_t stringSize)
	buffer length is UTF-8 string More...
bool	isCodeUTF8 (const char *code)
	is code point UTF8 encoded string More...
const char *	nextUTF8 (const char *utf8)
	next UTF-8 code point More...
const char *	bLNextUTF8 (const char *string, size_t utf8Size, const char *utf8)
	buffer length next UTF-8 code point More...
const char *	findNextUTF8 (const char *string, size_t utf8Size, const char *utf8)
	find next UTF-8 code point even not at the start of a code point More...
const char *	prevUTF8 (const char *utf8)
	previous UTF-8 code point More...
const char *	bPrevUTF8 (const char *string, const char *utf8)
	buffer previous UTF-8 code point More...
local const char *	bPrevUTF8Tiny (const char *string, const char *utf8)
local char *	bPrevRWUTF8Tiny (const char *string, char *utf8)
const char *	idx2PtrUTF8 (const char *utf8, int64_t index)
	index to pointer UTF8 encoded string More...
local char *	idx2PtrRWUTF8 (char *utf8, int64_t index)
	index to pointer UTF8 encoded string - read write utf8 string (char*) More...
const char *	bLIdx2PtrUTF8 (const char *utf8, size_t utf8Size, int64_t index)
int64_t	ptr2IdxUTF8 (const char *utf8, const char *pos)
	pointer to code point index UTF8 encoded string More...
int64_t	bPtr2IdxUTF8 (const char *start, const char *utf8, const char *pos)
	buffer pointer to code point index UTF8 encoded string More...
int64_t	bLPtr2IdxUTF8 (const char *utf8, size_t utf8Size, const char *pos)
	buffer size pointer to code point index UTF8 encoded string More...
int64_t	bLPtr2NegIdxUTF8 (const char *utf8, size_t utf8Size, const char *pos)
	buffer size pointer to negative code point index UTF8 encoded string More...
char *	makeValidUTF8 (const char *utf8)
	make valid UTF-8 encoded string More...
char *	bMakeValidUTF8 (char *utf8)
	buffer make valid UTF-8 encoded string More...
char *	nMakeValidUTF8 (const char *utf8, size_t utf8Len)
	length make valid UTF-8 encoded string More...
char *	bNMakeValidUTF8 (char *dst, const char *utf8, size_t utf8Len)
	buffer length make valid UTF-8 encoded string More...
char *	bLMakeValidUTF8 (char *dst, size_t dstSize, const char *utf8)
	buffer destination size make valid UTF-8 encoded string More...
char *	bLNMakeValidUTF8 (char *dst, size_t dstSize, const char *utf8, size_t utf8Len)
	buffer destination size source length make valid UTF-8 encoded string More...
char *	strNCpyUTF8 (char *dst, const char *src, size_t srcLen)
	strNCpyUTF8 - copy src to dst with srcLen in code points More...
char *	strLCpyUTF8 (char *dst, size_t dstSize, const char *src)
	strLCpyUTF8 - copy src to dst More...
char *	strNCatUTF8 (char *dst, const char *src, size_t srcLen)
	strNCatUTF8 - concatenate two UTF-8 encoded strings More...
char *	strLCatUTF8 (char *dst, size_t dstSize, const char *src)
	strLCatUTF8 - concatenate two UTF-8 encoded strings More...
char *	strLNCatUTF8 (char *dst, size_t dstSize, const char *src, size_t srcLen)
	strLNCatUTF8 - concatenate two UTF-8 encoded strings More...
char *	icReplaceUTF8 (const char UNUSED *s, const char UNUSED *olds, const char UNUSED *news, size_t UNUSED max)
	ignore case Replace UTF8 encoded String the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	icReplaceCharSUTF8 (const char *s UNUSED, char olds UNUSED, const char *news UNUSED, size_t max UNUSED)
char *	icReplaceSCharUTF8 (const char *s UNUSED, const char *olds UNUSED, char news UNUSED, size_t max UNUSED)
char *	iicReplaceUTF8 (char UNUSED **s, const char UNUSED *olds, const char UNUSED *news, size_t UNUSED max)
	in place ignore case replace UTF8 encoded String the olds UTF8 encoded string is replaced with the news UTF8 encoded string max times in the result 0 for max means replace all olds strings More...
char *	iicReplaceCharSUTF8 (char **s UNUSED, char olds UNUSED, const char *news UNUSED, size_t max UNUSED)
char *	iicReplaceSCharUTF8 (char **s UNUSED, const char *olds UNUSED, char news UNUSED, size_t max UNUSED)
char *	bicReplaceUTF8 (char UNUSED *s, const char UNUSED *olds, const char UNUSED *news, size_t UNUSED max)
	buffer ignore case replace UTF8 encoded String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	bLicReplaceUTF8 (char UNUSED *s, size_t UNUSED sSize, const char UNUSED *olds, const char UNUSED *news, size_t max UNUSED)
	buffer size ignore case replace UTF8 encoded String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings More...
char *	icReplaceManyUTF8F (const char *paramType UNUSED,...)
	ignore case replace Many UTF8 encoded Strings the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result More...
char *	iicReplaceManyUTF8F (char **s UNUSED, char *paramType UNUSED,...)
	in place ignore case replace Many UTF8 encoded Strings the olds string is replaced with the news string max times in the result More...
char *	bicReplaceManyUTF8F (char *s UNUSED, char *paramType UNUSED,...)
	buffer ignore case replace Many UTF8 encoded Strings the olds string is replaced with the news string max times in the result More...
char *	bLicReplaceManyUTF8F (char *s UNUSED, size_t sSize UNUSED, char *paramType UNUSED,...)
	buffer size ignore case replace Many UTF8 encoded Strings the olds string is replaced with the news string max times in the result More...
bool	eqIUTF8 (const char *string1, const char *string2, int64_t index)
	UTF8 encoded string Index Equal compare string1 at character index to string2 when string2 is empty, the result is false. More...
bool	eqICharUTF8 (const char *string1, char c, int64_t index)
bool	icEqUTF8 (const char *string1, const char *string2)
	ignore case UTF8 encoded string Equal compare string1 to string2 More...
bool	icEqCharUTF8 (char c, const char *string2)
bool	icEqUTF8Char (const char *string1, char c)
bool	icEqIUTF8 (const char *string1 UNUSED, const char *string2 UNUSED, int64_t index UNUSED)
	ignore case UTF8 encoded string Index Equal compare string1 at character index to string2 when string2 is empty, the result is false More...
bool	icEqICharUTF8 (const char *string1 UNUSED, char c UNUSED, int64_t index UNUSED)
bool	icStartsWithUTF8 (const char *string1, const char *string2)
	ignore case starts With UTF8 encoded String compare start of string1 with string2 More...
bool	icEndsWithUTF8 (const char *string1, const char *string2)
	ignore case ends With UTF8 encoded String compare end of string1 with string2 More...
ssize_t	icCountUTF8 (const char *s, const char *needle)
	ignore case count UTF8 encoded String count number of (non-overlapping) occurrences of a substring More...
internal localeType	getLocaleType (void)
	some case convertions depend on the current LOCALE More...
rune	code2RuneUTF8 (const char *code)
	UTF-8 code point to rune. More...
rune	code2RuneLUTF8 (const char *code, uint8_t *n)
	UTF-8 code point to rune and length. More...
size_t	bRune2CodeUTF8 (char *dst, rune c)
	rune to UTF-8 code point More...
uint8_t	runeLenUTF8 (rune r)
	rune length as UTF-8 code point More...
internal size_t	decompose_hangul (rune s, rune *r)
internal const char *	find_decomposition (rune ch)
internal size_t	runeFullyDecompose (rune ch, rune *result, size_t resultLen)
internal size_t	output_marks (const char **p_inout, char *dst, bool remove_dot)
internal size_t	output_special_case (char *dst, int offset, int type, int which)
rune	toupperUTF8 (rune c)
	rune toupper UTF8 More...
internal size_t	_upperUTF8 (char *dst, const char *utf8, localeType lcl)
char *	upperUTF8 (const char *utf8)
	upper case UTF-8 encoded string duplicate string More...
char *	iUpperUTF8 (char **utf8)
	upper case UTF-8 encoded string More...
char *	bUpperUTF8 (char *utf8 UNUSED)
	buffer upper case String More...
local int	runeCombiningClass (rune uc)
	runeCombiningClass: : a Unicode character More...
internal bool	has_more_above (const char *str)
rune	tolowerUTF8 (rune c)
	rune tolower UTF8 More...
internal size_t	_lowerUTF8 (char *dst, const char *utf8, localeType lcl)
char *	lowerUTF8 (const char *utf8)
	lower case UTF-8 String duplicate string More...
char *	iLowerUTF8 (char **utf8)
	lower case String More...
char *	bLowerUTF8 (char *string UNUSED)
	buffer lower case String More...
char *	casefoldUTF8 (const char *utf8)
	casefold UTF-8 encoded string More...
char *	uniqUTF8 (const char *string, const char *code)
	uniq UTF-8 String duplicate string More...
char *	iUniqUTF8 (char **string, const char *code)
	uniq UTF-8 String More...
char *	bUniqUTF8 (char *string, const char *code)
	buffer uniq String More...
char *	icUniqUTF8 (const char *string UNUSED, const char *code UNUSED)
	ignore case uniq String duplicate string More...
char *	iicUniqUTF8 (char **string UNUSED, const char *code UNUSED)
	in place ignore case uniq String More...
char *	bicUniqUTF8 (char *string UNUSED, char c UNUSED)
	ignore case buffer uniq String More...
rune	getUTF8 (const char *string, int64_t index)
	get UTF8 encoded string More...
char *	setUTF8 (char *string, int64_t index, rune c)
	set UTF8 encoded string More...
char *	sliceUTF8 (const char *string, int64_t start, int64_t end)
	slice UTF8 encoded String return new string which is the string between start and end negative indexes are allowed More...
char *	iSliceUTF8 (char **string, int64_t start, int64_t end)
	slice UTF8 encoded String return string which is the string between start and end negative indexes are allowed More...
char *	bSliceUTF8 (char *string, int64_t start, int64_t end)
	buffer slice UTF8 encoded String return string which is the string between start and end negative indexes are allowed More...
char *	bLSliceUTF8 (char *string, size_t stringSize, int64_t start, int64_t end)
	buffer size slice UTF8 encoded String return string which is the string between start and end negative indexes are allowed More...
char *	insertUTF8 (const char *string, int64_t index, const char *toInsert)
	insert string in UTF8 encoded string at index More...
char *	insertNFreeUTF8 (const char *string, int64_t index, char *toInsert)
	insert string in UTF8 encoded string at index and free toInsert More...
char *	iInsertUTF8 (char **string, int64_t index, const char *toInsert)
	insert string in UTF8 encoded string at index More...
char *	iInsertNFreeUTF8 (char **string, int64_t index, char *toInsert)
	insert string in UTF8 encoded string at index and free toInsert More...
char *	bInsertUTF8 (char *string, int64_t index, const char *toInsert)
	buffer insert string in UTF8 encoded string at index More...
char *	bLInsertUTF8 (char *string, size_t stringSize, int64_t index, const char *toInsert)
	buffer size insert string in UTF8 encoded string at index More...
char *	delUTF8 (const char *string, int64_t start, int64_t end)
	delete UTF8 encoded string More...
char *	iDelUTF8 (char **string, int64_t start, int64_t end)
	delete UTF8 encoded string More...
char *	bDelUTF8 (char *string, int64_t start, int64_t end)
	buffer delete UTF8 encoded string More...
char *	bLDelUTF8 (char *string, size_t stringSize, int64_t start, int64_t end)
	buffer size delete UTF8 encoded string More...
ssize_t	indexOfUTF8 (const char *string, const char *needle)
	indexOf UTF8 encoded String relative to start More...
ssize_t	icIndexOfUTF8 (const char *string UNUSED, const char *needle UNUSED)
	ignore case indexOf UTF8 encoded String relative to start More...
bool	icHasUTF8 (const char *string, const char *needle)
	ignore case has UTF8 encoded String More...
char *	icTokUTF8 (const char *s UNUSED, const char *delim UNUSED, char **saveptr UNUSED)
	ignore case token in UTF8 encoded String More...
char **	icSplitUTF8 (const char *string UNUSED, const char *delim UNUSED)
	ignore case split UTF8 encoded string with delim string return list More...
char **	icExtractUTF8 (const char *string UNUSED, const char *delim1 UNUSED, const char *delim2 UNUSED)
	ignore case extract UTF8 encoded string between delim1 and delim2 strings return list More...
char **	icExtractCharSUTF8 (const char *string UNUSED, char delim1 UNUSED, const char *delim2 UNUSED)
char **	icExtractSCharUTF8 (const char *string UNUSED, const char *delim1 UNUSED, char delim2 UNUSED)
internal int	icListSortUTF8Cmp (const void *a, const void *b)
	ignore case list Sort UTF-8 encoded String Compare function More...
char **	icListSortUTF8 (char **list)
	ignore case list Sort UTF8 encoded String duplicate list and sort More...
char **	iicListSortUTF8 (char ***list)
	ignore case list Sort UTF8 encoded String More...
bool	icListEqUTF8 (char **list1, char **list2)
	ignore case list Equal UTF8 encoded String compare each element of list1 and list2 More...
bool	icListHasUTF8 (char **list, const char *string)
	ignore case and return true when list has UTF8 encoded string More...
ssize_t	icListIndexOfUTF8 (char **list, const char *string)
	ignore case and return index of UTF8 encoded string in list More...
ssize_t	icListBinarySearchUTF8 (char **list, const char *string)
	ignore case list binary search UTF8 encoded string More...
char **	icListUniqUTF8 (char **list)
	ignore case and uniquify UTF8 encoded elements of list duplicate list each elements are unique in the new list More...
char **	iicListUniqUTF8 (char ***list)
	ignore case and uniquify UTF8 encoded elements of list each elements are unique in the list More...
char *	emptySF (void)
	empty String Function More...
char *	iEmptySF (char **string)
	empty String Function More...
bool	isEmptyS (const char *string)
	is Empty String More...
bool	isBlankS (const char *string)
	is Blank String More...
ssize_t	intIndex (int64_t index, int64_t length)
	int to positive index index can be negative More...
char **	listEmptySF (void)
	list Empty String Function More...
char **	iListEmptySF (char ***list)
	list Empty String Function More...
bool	listIsEmptyS (char **list)
	list Is Empty String More...
bool	listIsBlankS (char **list)
	list Is Empty String More...
char **	listCreateSF (const char *paramType,...)
	list Create String Function create a list from the list of parameters used from the listCreateS(...) macro More...
char **	listFromArrayS (char **array, size_t size)
	list From Array String More...
char **	listFromCArrayS (const char **array, size_t size)
	list From Const Array String More...
char **	listPushS (char ***list, const char *s)
	list Push String append s at the end of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, NULL is pushed at the end of the list More...
char **	listPushCharS (char ***list, char c)
char **	iListPushS (char ***list, char *s)
	list Push String append s pointer at the end of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, NULL is pushed at the end of the list More...
char *	listPopS (char ***list)
	list Pop String return last string from list and remove last element from the list More...
char **	listPrependS (char ***list, const char *s)
	list Prepend String append s at the beginning of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, the operation is canceled More...
char **	listPrependCharS (char ***list, char c)
char **	iListPrependS (char ***list, char *s)
	list Prepend String append s pointer at the beginning of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, the operation is canceled More...
char *	listDequeueS (char ***list)
	list Dequeue String return first string from list and remove it from the list More...
void	listFreeS (char **list)
	list Free String More...
void	listFreeManySF (char **paramType,...)
	list free many String More...
size_t	listLengthS (char **list)
	list Length String return number of elements until the first NULL element More...
size_t	listLengthCS (const char **list)
	const list Length String return number of elements until the first NULL element More...
ssize_t	listStrLengthS (char **list)
	list String Length String More...
ssize_t	listIntIndexS (char **list, int64_t index)
	list int to index String index can be negative More...
char **	listAddrS (char **list, int64_t index)
	list address String index can be negative More...
char *	listGetS (char **list, int64_t index)
	list Get String duplicate string at given index index can be negative More...
char *	iListGetS (char **list, int64_t index)
	list Get String index can be negative More...
char *	listGetCS (const char **list, int64_t index)
	const list Get String duplicate string at given index index can be negative More...
const char *	iListGetCS (const char **list, int64_t index)
	const list Get String index can be negative More...
char **	listSetS (char **list, int64_t index, const char *s)
	list Set String duplicate string and store at given index, the existing element is freed index can be negative More...
char **	listSetCharS (char **list, int64_t index, char c)
char **	iListSetS (char **list, int64_t index, char *s)
	list Set String store string at given index index can be negative More...
char **	listSwapS (char **list, int64_t index1, int64_t index2)
	swap elements in list More...
char **	iListSwapS (char **list, int64_t index1, int64_t index2)
	swap elements in list More...
char **	split (const char *string, const char *delim)
	split string with delim string when updating this function, also update splitS (identical to split) return list More...
char **	splitS (const char *string, const char *delim)
char **	splitChar (const char *string, char delim)
char **	icSplit (const char *string, const char *delim)
	ignore case split string with delim string when updating this function, also update icSplitS (identical to icSplit) return list More...
char **	icSplitS (const char *string, const char *delim)
char **	icSplitChar (const char *string, char delim)
ssize_t	joinLength (char **list, const char *delim)
	join Length list length after joined with delimiter More...
char *	join (char **list, const char *delim)
	join list, the elements are seperated with delim in the resulting string when updating this function, also update joinS (identical to join) More...
char *	joinS (char **list, const char *delim)
char *	joinCS (const char **list, const char *delim)
	join list, the elements are seperated with delim in the resulting string More...
char *	joinChar (char **list, char delim)
char *	bJoin (char *string, char **list, const char *delim)
	buffer join list, the elements are seperated with delim in the resulting string More...
char *	bJoinChar (char *string, char **list, char delim)
char *	bLJoin (char *string, size_t stringSize, char **list, const char *delim)
	buffer size join list, the elements are seperated with delim in the resulting string More...
char *	bLJoinChar (char *string, size_t stringSize, char **list, char delim)
char **	extractS (const char *string, const char *delim1, const char *delim2)
	extract string between delim1 and delim2 strings return list More...
char **	extractCharSS (const char *string, char delim1, const char *delim2)
char **	extractSCharS (const char *string, const char *delim1, char delim2)
char **	extractCharCharS (const char *string, char delim1, char delim2)
char **	icExtractS (const char *string, const char *delim1, const char *delim2)
	ignore case extract string between delim1 and delim2 strings return list More...
char **	icExtractCharSS (const char *string, char delim1, const char *delim2)
char **	icExtractSCharS (const char *string, const char *delim1, char delim2)
char **	icExtractCharCharS (const char *string, char delim1, char delim2)
char **	listDupS (char **list)
	list Duplicate String More...
char **	listDupCS (const char **list)
	const list Duplicate String More...
char **	iListDupS (char **list)
	list Duplicate String More...
char **	listReverseS (char **list)
	list Reverse String duplicate and reverse list, the last element is the first element of the new list More...
char **	iListReverseS (char ***list)
	list Reverse String reverse list, the last element is the first element of the list More...
char **	listCatSF (char **paramType,...)
	list Cat String More...
char **	listAppendS (char ***list1, char **list2)
	list Append String Append list2 at the end of list1 More...
char **	iListAppendS (char ***list1, char **list2)
	in place list Append String Append list2 at the end of list1 by copying the pointers from list2 to list1. More...
char **	iListAppendNSmashS (char ***list1, char **list2)
	list Append and smash list2 Append list2 at the end of list1 by copying the pointers from list2 to list1. More...
char **	listShiftS (char ***list1, char **list2)
	list Shift String Append list2 at the start of list1 More...
char **	iListShiftS (char ***list1, char **list2)
	in place list Shift String Append list2 at the start of list1 by copying the pointers from list2 to list1. More...
char **	iListShiftNSmashS (char ***list1, char **list2)
	list Append and smash list2 Append list2 at the start of list1 by copying the pointers from list2 to list1. More...
char **	listAddS (char **list1, char **list2)
	list Add String add list1 and list2 in a new list More...
char **	listAddCS (char **list1, const char **list2)
	const list Add String add list1 and list2 in a new list More...
char **	listSliceS (char **list, int64_t start, int64_t end)
	list Slice String return new list with elements from start and end in list negative indexes are allowed More...
char **	iListCopyS (char **list, int64_t start, int64_t end)
	list Copy String return new list with element pointers from start and end in list negative indexes are allowed More...
char **	iListSliceS (char ***list, int64_t start, int64_t end)
	list Slice String return list with elements from start and end in list negative indexes are allowed More...
char **	listCropS (char **list, int64_t start, int64_t end)
	list Crop String return a new list with elements from start and end in list and delete elements from start to end in the original list negative indexes are allowed More...
char **	iListCropS (char ***list, int64_t start, int64_t end)
	list Crop String return a new list with elements from start and end in list and delete elements from start to end in the original list negative indexes are allowed More...
char *	listCropElemS (char **list, int64_t index)
	list Crop Element String return element at index and delete element at index in the original list negative indexes are allowed More...
char *	iListCropElemS (char ***list, int64_t index)
	list Crop Element String return element at index and delete element at index in the original list negative indexes are allowed More...
char **	listInsertS (char **list, int64_t index, char **toInsert)
	list Insert string More...
char **	iListInsertS (char ***list, int64_t index, char **toInsert)
	list Insert string More...
char **	iListInsertNFreeS (char ***list, int64_t index, char **toInsert)
	list Insert string and free toInsert More...
char **	listInjectS (char **list, int64_t index, char *toInject)
	list Inject string More...
char **	listInjectCharS (char **list, int64_t index, char toInject)
char **	iListInjectS (char ***list, int64_t index, char *toInject)
	list Inject string More...
char **	iListInjectCharS (char ***list, int64_t index, char toInject)
char **	listDelS (char **list, int64_t start, int64_t end)
	list Delete String return new list without elements from start and end in list negative indexes are allowed More...
char **	iListDelS (char ***list, int64_t start, int64_t end)
	list Delete String return list without elements from start and end in list negative indexes are allowed More...
char **	iListRemoveS (char ***list, int64_t start, int64_t end)
	list Remove String return list without elements from start and end in list the elements are removed without being freed negative indexes are allowed More...
char **	listDelElemS (char **list, int64_t index)
	list Delete Element String return new list without the element at index negative indexes are allowed More...
char **	iListDelElemS (char ***list, int64_t index)
	list Delete Element String return list without the element at index negative indexes are allowed More...
char **	iListRemoveElemS (char ***list, int64_t index)
	list Remove Element String return list without the element at index the element is removed without being freed negative indexes are allowed More...
int	listPrintS (char **list)
	print list elements to stdout More...
int	listPrintCS (const char **list)
internal int	listSortSCmp (const void *a, const void *b)
	list Sort String Compare function More...
char **	listSortS (char **list)
	list Sort String duplicate list and sort More...
char **	iListSortS (char ***list)
	list Sort String More...
char **	listSortFS (char **list, shCmpt compareFunction)
	list Sort String duplicate list and sort More...
char **	iListSortFS (char ***list, shCmpt compareFunction)
	list Sort String More...
internal int	icListSortSCmp (const void *a, const void *b)
	ignore case list Sort String Compare function More...
char **	icListSortS (char **list)
	ignore case list Sort String duplicate list and sort More...
char **	iicListSortS (char ***list)
	ignore case list Sort String More...
char **	readText (const char *filePath)
	return text from filePath in a list new line characters are removed More...
char **	readStream (FILE *fp)
	return text from stream fp in a list new line characters are removed More...
bool	writeText (const char *filePath, char **list)
	write list to filePath More...
bool	writeCText (const char *filePath, const char **list)
	write const list to filePath More...
bool	writeStream (FILE *fp, char **list)
	write list to stream More...
bool	writeCStream (FILE *fp, const char **list)
	write const list to stream More...
bool	appendText (const char *filePath, char **list)
	append list to filePath More...
bool	appendCText (const char *filePath, const char **list)
	append const list to filePath More...
char **	execOut (const char *cmd)
	execute command return stdout from cmd More...
char **	systemOutf (const char *fmt,...)
	execute system command with formatting More...
int	systemf (const char *fmt,...)
	execute system command with formatting More...
int	commandF (const char *cmd, int line, const char *thisFunc, const char *thisFileName)
	run command in default shell More...
int	commandfF (int line, const char *thisFunc, const char *thisFileName, const char *fmt,...)
	run command with formatting in default shell More...
int	commandNFreeF (char *cmd, int line, const char *thisFunc, const char *thisFileName)
	run command in default shell and free the cmd parameter More...
bool	listEqS (char **list1, char **list2)
	list Equal String compare each element of list1 and list2 More...
bool	listEqCS (char **list1, const char **list2)
	const(list2) list Equal String compare each element of list1 and list2 More...
bool	listEqC1S (const char **list1, char **list2)
	const(list1) list Equal String compare each element of list1 and list2 More...
bool	listEqCCS (const char **list1, const char **list2)
	const(list1 and 2) list Equal String compare each element of list1 and list2 More...
bool	listHasS (char **list, const char *string)
	return true when list has string More...
bool	listHasCS (const char **list, const char *string)
	return true when const list has string More...
bool	listHasCharS (char **list, char c)
bool	listHasCharCS (const char **list, char c)
ssize_t	listIndexOfS (char **list, const char *string)
	return index of string in list More...
ssize_t	listIndexOfCS (const char **list, const char *string)
	return index of string in const list More...
ssize_t	listIndexOfCharS (char **list, char c)
ssize_t	listIndexOfCharCS (const char **list, char c)
ssize_t	listBinarySearchS (char **list, const char *string)
	list binary search string More...
ssize_t	listBinarySearchCharS (char **list, char c)
char **	listUniqS (char **list)
	Uniquify elements of list duplicate list each elements are unique in the new list. More...
char **	iListUniqS (char ***list)
	Uniquify elements of list each elements are unique in the list. More...
bool	icListEqS (char **list1, char **list2)
	ignore case list Equal String compare each element of list1 and list2 More...
bool	icListEqCS (char **list1, const char **list2)
	ignore case const(list2) list Equal String compare each element of list1 and list2 More...
bool	icListEqC1S (const char **list1, char **list2)
	ignore case const(list1) list Equal String compare each element of list1 and list2 More...
bool	icListEqCCS (const char **list1, const char **list2)
	ignore case const(list1 and 2) list Equal String compare each element of list1 and list2 More...
bool	icListHasS (char **list, const char *string)
	ignore case and return true when list has string More...
bool	icListHasCharS (char **list, char c)
bool	icListHasCS (const char **list, const char *string)
	ignore case and return true when const list has string More...
bool	icListHasCharCS (const char **list, char c)
ssize_t	icListIndexOfS (char **list, const char *string)
	ignore case and return index of string in list More...
ssize_t	icListIndexOfCS (const char **list, const char *string)
	ignore case and return index of string in const list More...
ssize_t	icListIndexOfCharS (char **list, char c)
ssize_t	icListIndexOfCharCS (const char **list, char c)
ssize_t	icListBinarySearchS (char **list, const char *string)
	ignore case list binary search string More...
ssize_t	icListBinarySearchCharS (char **list, char c)
char **	icListUniqS (char **list)
	ignore case and uniquify elements of list duplicate list each elements are unique in the new list More...
char **	iicListUniqS (char ***list)
	ignore case and uniquify elements of list each elements are unique in the list More...
char **	listCompactS (char **list)
	remove empty strings from list More...
char **	iListCompactS (char ***list)
	remove empty strings from list More...
void	btraceEnable (void)
void	btraceDisable (void)
bool	btraceConfig (void)
void **	listEmptyF (void)
	list Empty Function More...
void **	iListEmptyF (void ***list)
	list Empty Function More...
bool	listIsEmpty (void **list)
	list Is Empty More...
void **	listCreateF (void *paramType,...)
	list Create Function create a list from the list of parameters used from the listCreate(...) macro More...
void **	listFromArray (void **array, size_t size)
	list From Array More...
void **	listPush (void ***list, void *s)
	list Push More...
void *	listPop (void ***list)
	list Pop return last element from list and remove last element from the list More...
void **	listPrepend (void ***list, void *s)
	list Prepend More...
void *	listDequeue (void ***list)
	list Dequeue return first element from list and remove last element from the list More...
void	listFree (void **list)
	list Free More...
void	listFreeManyF (void **paramType,...)
	list free many More...
size_t	listLength (void **list)
	list Length return number of elements until the first NULL element More...
void *	listGet (void **list, int64_t index)
	list Get More...
void **	listSet (void **list, int64_t index, void *s)
	list Set More...
void **	listDup (void **list)
	list Duplicate More...
void **	listReverse (void **list)
	list Reverse create index list and reverse list, the last element is the first element of the new list More...
void **	iListReverse (void ***list)
	list Reverse reverse list, the last element is the first element of the list More...
void **	listCatF (void **paramType,...)
	list Cat More...
void **	listAppend (void ***list1, void **list2)
	list Append More...
void **	listAdd (void **list1, void **list2)
	list Add add list1 and list2 in a new list More...
void **	listSlice (void **list, int64_t start, int64_t end)
	list Slice More...
void **	iListSlice (void ***list, int64_t start, int64_t end)
	list Slice return list with elements from start and end in list negative indexes are allowed More...
void **	listInsert (void **list, int64_t index, void **toInsert)
	list Insert More...
void **	iListInsert (void ***list, int64_t index, void **toInsert)
	list Insert More...
void **	listDel (void **list, int64_t start, int64_t end)
	list Delete return new list without elements from start and end in list negative indexes are allowed More...
void **	iListDel (void ***list, int64_t start, int64_t end)
	list Delete return list without elements from start and end in list negative indexes are allowed More...
int	ringInit (void *ring, int maxCount)
	list Sort duplicate list and sort More...
int	ringEmpty (void *ring)
	empty ring Allocated buffers in the list must be freed before running staticArrayEmpty More...
int	ringIsEmpty (void *ring)
	1 when empty 0 not empty -1 error More...
int	ringIsFull (void *ring)
	1 when full 0 not full -1 error More...
ssize_t	ringCount (void *ring)
	return elements count More...
i64	ringPush (void *ring)
	push element to ring (only increases last, use ringSend) use ringLast to access the element More...
int	ringPop (void *ring)
	pop element from ring (only decreases last) More...
i64	ringPrepend (void *ring)
	prepend element to ring (only decreases head) use ringFirst to access the element More...
int	ringDequeue (void *ring)
	dequeue element from ring (only increases head, use ringRecv) More...
bool	fiberAdd (void *ctx, int thisSlot, fiberFT func)
	add new fiber More...
bool	fiberPrepend (void *ctx, int thisSlot, fiberFT func)
	add new fiber and start immediately after next yield More...
void	scheduler (void)
	Schedule fibers. More...
uint64_t	getMonotonicTime (void)
	end bitfield More...
int	nanoSleepF (uint64_t time)
	nanosleep More...
void	initLibsheepyF (const char *progPath, initLibsheepyObjectP initF)
	initialize libsheepy (optional, for debug) More...
char **	btrace (void)
	generate backtrace the program has to be linked the -rdynamic option for btrace to work btrace can backtrace 50 functions at most. More...

Variables
const bool	TRUE = true
	type bool true (glibc true is not bool), for use in generics More...
const bool	FALSE = false
	type bool false (glibc true is not bool), for use in generics More...
bool	btraceCfg = true
	backtrace in error messages is enabled by default More...
jmp_buf	tryJumpBuffers [maxTryThrowCount]
	setjmp buffers for try/throw,throwV macros More...
uint64_t	logMask = 0xFFFFFFFFFFFFFFFF
	variable to control which group logs to show, all logs are enabled by default (0xFFFFFFFFFFFFFFFF) More...
const uint8_t	codeSzUTF8 [256] = { 1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,4,4,4,4,4,4,4,4,5,5,5,5,6,6,1,1}
fibersT	fibers
	fibers holds the necessary information to schedule fibers More...

Detailed Description

This file has basic file, random, string, list functions.

There are 2 types of lists: char** and void**

The *S (not i*S) functions duplicate the parameters and results. You must free the result if result is non-NULL and free the parameters

The functions starting with i*S are in place functions.

In Place functions: iList*S and i*S The iList*S and i*S functions modify the input buffers The input buffers must be allocated with malloc/calloc Returns are pointers to original buffers

For more information, the documentation is located at http://spartatek.se/libsheepy/

Definition in file libsheepy.c.

Macro Definition Documentation

internal

#define internal   static

Definition at line 44 of file libsheepy.c.

replaceS_max

#define replaceS_max	(		s,
			olds,
			news
	)		replaceS(s,olds,news, 0)

Definition at line 285 of file libsheepy.c.

iReplaceS_max

#define iReplaceS_max	(		s,
			olds,
			news
	)		iReplaceS(s,olds,news, 0)

Definition at line 291 of file libsheepy.c.

bReplaceS_max

#define bReplaceS_max	(		s,
			olds,
			news
	)		bReplaceS(s,olds,news, 0)

Definition at line 296 of file libsheepy.c.

icReplaceS_max

#define icReplaceS_max	(		s,
			olds,
			news
	)		icReplaceS(s,olds,news, 0)

Definition at line 303 of file libsheepy.c.

iicReplaceS_max

#define iicReplaceS_max	(		s,
			olds,
			news
	)		iicReplaceS(s,olds,news, 0)

Definition at line 308 of file libsheepy.c.

bicReplaceS_max

#define bicReplaceS_max	(		s,
			olds,
			news
	)		bicReplaceS(s,olds,news, 0)

Definition at line 313 of file libsheepy.c.

icReplaceUTF8_max

#define icReplaceUTF8_max	(		s,
			olds,
			news
	)		icReplaceUTF8(s,olds,news, 0)

Definition at line 517 of file libsheepy.c.

iicReplaceUTF8_max

#define iicReplaceUTF8_max	(		s,
			olds,
			news
	)		iicReplaceUTF8(s,olds,news, 0)

Definition at line 521 of file libsheepy.c.

bicReplaceUTF8_max

#define bicReplaceUTF8_max	(		s,
			olds,
			news
	)		bicReplaceUTF8(s,olds,news, 0)

Definition at line 525 of file libsheepy.c.

MALLOC

#define MALLOC   malloc

Definition at line 853 of file libsheepy.c.

REALLOC

#define REALLOC   realloc

Definition at line 854 of file libsheepy.c.

__libsheepy

#define __libsheepy   1

Definition at line 859 of file libsheepy.c.

MAX_MSG_LEN

#define MAX_MSG_LEN   10240

print logging levels logs messages to all log file

in LOG_VERBOSE mode, logs loglevel, filename, function name, time, line number and msg in LOG_CONCISE mode, logs loglevel and msg

the maximum message length is 10240

Definition at line 1209 of file libsheepy.c.

TERMRGB

#define TERMRGB   "\x1b[38;2;"

printf RGB Colors

k and K type specifier to GNU printf for RBG colors

• k foreground hex color
• K background hex color

Example: printf("%k%KRGB color" RST, 0x99EEFF, 0x666666);

Definition at line 1426 of file libsheepy.c.

BGTERMRGB

#define BGTERMRGB   "\x1b[48;2;"

Definition at line 1427 of file libsheepy.c.

startMax

#define startMax   20

Definition at line 6232 of file libsheepy.c.

runeMax

#define runeMax   0x10FFFF

maximum rune value

Definition at line 16283 of file libsheepy.c.

UTFSEQ

#define UTFSEQ

(

x

)

Value:

((((x) & 0x80) == 0x00) ? 1 /* 0xxxxxxx */ \
                 : (((x) & 0xC0) == 0x80) ? 0 /* 10xxxxxx */ \
                 : (((x) & 0xE0) == 0xC0) ? 2 /* 110xxxxx */ \
                 : (((x) & 0xF0) == 0xE0) ? 3 /* 1110xxxx */ \
                 : (((x) & 0xF8) == 0xF0) ? 4 /* 11110xxx */ \
                 : (((x) & 0xFC) == 0xF8) ? 5 /* 111110xx */ \
                 : (((x) & 0xFE) == 0xFC) ? 6 /* 1111110x */ \
                                          : 0 )

code point length, 0 when invalid code point, x is first byte in code point

Definition at line 16286 of file libsheepy.c.

BADRUNE

#define BADRUNE

(

x

)

Value:

((x) < 0 || (x) > runeMax \
                || ((x) & 0xFFFE) == 0xFFFE \
                || ((x) >= 0xD800 && (x) <= 0xDFFF) \
                || ((x) >= 0xFDD0 && (x) <= 0xFDEF))

Definition at line 16295 of file libsheepy.c.

UNICODE_LAST_CHAR_PART1

#define UNICODE_LAST_CHAR_PART1   0x2FAFF

Definition at line 16300 of file libsheepy.c.

UNICODE_LAST_PAGE_PART1

#define UNICODE_LAST_PAGE_PART1   762

Definition at line 16301 of file libsheepy.c.

UNICODE_MAX_TABLE_INDEX

#define UNICODE_MAX_TABLE_INDEX   10000

Definition at line 16302 of file libsheepy.c.

UNICODE_NOT_PRESENT_OFFSET

#define UNICODE_NOT_PRESENT_OFFSET   65535

Definition at line 16303 of file libsheepy.c.

ATTR_TABLE

#define ATTR_TABLE

(

Page

)

Value:

(((Page) <= UNICODE_LAST_PAGE_PART1) \
                          ? attr_table_part1[Page] \
                          : attr_table_part2[(Page) - 0xe00])

Definition at line 22236 of file libsheepy.c.

ATTTABLE

#define ATTTABLE	(		Page,
			Char
	)		((ATTR_TABLE(Page) == UNICODE_MAX_TABLE_INDEX) ? 0 : (attr_data[ATTR_TABLE(Page)][Char]))

Definition at line 22240 of file libsheepy.c.

TTYPE_PART1

#define TTYPE_PART1	(		Page,
			Char
	)

Value:

((type_table_part1[Page] >= UNICODE_MAX_TABLE_INDEX) \
   ? (type_table_part1[Page] - UNICODE_MAX_TABLE_INDEX) \
   : (type_data[type_table_part1[Page]][Char]))

Definition at line 22243 of file libsheepy.c.

TTYPE_PART2

#define TTYPE_PART2	(		Page,
			Char
	)

Value:

((type_table_part2[Page] >= UNICODE_MAX_TABLE_INDEX) \
   ? (type_table_part2[Page] - UNICODE_MAX_TABLE_INDEX) \
   : (type_data[type_table_part2[Page]][Char]))

Definition at line 22248 of file libsheepy.c.

RUNETYPE

#define RUNETYPE

(

rn

)

Value:

(((rn) <= UNICODE_LAST_CHAR_PART1) \
   ? TTYPE_PART1 ((rn) >> 8, (rn) & 0xff) \
   : (((rn) >= 0xe0000 && (rn) <= runeMax) \
     ? TTYPE_PART2 (((rn) - 0xe0000) >> 8, (rn) & 0xff) \
     : UNICODE_UNASSIGNED))

Definition at line 22253 of file libsheepy.c.

IS

#define IS	(		Type,
			Class
	)		(((uint32_t)1 << (Type)) & (Class))

Definition at line 22260 of file libsheepy.c.

OR

#define OR	(		Type,
			Rest
	)		(((uint32_t)1 << (Type)) | (Rest))

Definition at line 22261 of file libsheepy.c.

ISMARK

#define ISMARK

(

Type

)

Value:

IS((Type),\
    OR(UNICODE_NON_SPACING_MARK,\
    OR(UNICODE_SPACING_MARK,\
    OR(UNICODE_ENCLOSING_MARK,  0))))

Definition at line 22263 of file libsheepy.c.

ISALPHA

#define ISALPHA

(

Type

)

Value:

IS((Type),\
    OR(UNICODE_LOWERCASE_LETTER,\
    OR(UNICODE_UPPERCASE_LETTER,\
    OR(UNICODE_TITLECASE_LETTER,\
    OR(UNICODE_MODIFIER_LETTER,\
    OR(UNICODE_OTHER_LETTER,            0))))))

Definition at line 22268 of file libsheepy.c.

RUNE_MAX_DECOMPOSITION_LENGTH

#define RUNE_MAX_DECOMPOSITION_LENGTH   18 /* codepoints */

Definition at line 22275 of file libsheepy.c.

CC_PART1

#define CC_PART1	(		Page,
			Char
	)

Value:

((combining_class_table_part1[Page] >= UNICODE_MAX_TABLE_INDEX) \
   ? (combining_class_table_part1[Page] - UNICODE_MAX_TABLE_INDEX) \
   : (cclass_data[combining_class_table_part1[Page]][Char]))

Definition at line 22277 of file libsheepy.c.

CC_PART2

#define CC_PART2	(		Page,
			Char
	)

Value:

((combining_class_table_part2[Page] >= UNICODE_MAX_TABLE_INDEX) \
   ? (combining_class_table_part2[Page] - UNICODE_MAX_TABLE_INDEX) \
   : (cclass_data[combining_class_table_part2[Page]][Char]))

Definition at line 22282 of file libsheepy.c.

COMBINING_CLASS

#define COMBINING_CLASS

(

Char

)

Value:

(((Char) <= UNICODE_LAST_CHAR_PART1) \
   ? CC_PART1 ((Char) >> 8, (Char) & 0xff) \
   : (((Char) >= 0xe0000 && (Char) <= runeMax) \
      ? CC_PART2 (((Char) - 0xe0000) >> 8, (Char) & 0xff) \
      : 0))

Definition at line 22287 of file libsheepy.c.

SBase

#define SBase   0xAC00

Definition at line 47697 of file libsheepy.c.

LBase

#define LBase   0x1100

Definition at line 47698 of file libsheepy.c.

VBase

#define VBase   0x1161

Definition at line 47699 of file libsheepy.c.

TBase

#define TBase   0x11A7

Definition at line 47700 of file libsheepy.c.

LCount

#define LCount   19

Definition at line 47701 of file libsheepy.c.

VCount

#define VCount   21

Definition at line 47702 of file libsheepy.c.

TCount

#define TCount   28

Definition at line 47703 of file libsheepy.c.

NCount

#define NCount   (VCount * TCount)

Definition at line 47704 of file libsheepy.c.

SCount

#define SCount   (LCount * NCount)

Definition at line 47705 of file libsheepy.c.

Typedef Documentation

randomWordFt

typedef uint64_t(* randomWordFt) (void)

Definition at line 5861 of file libsheepy.c.

Enumeration Type Documentation

localeType

enum localeType

Enumerator
LOCALE_NORMAL
LOCALE_TURKIC
LOCALE_LITHUANIAN

Definition at line 42 of file libsheepy.c.

unicodeType

enum unicodeType

Unicode types: UNICODE_CONTROL: General category "Other, Control" (Cc) UNICODE_FORMAT: General category "Other, Format" (Cf) UNICODE_UNASSIGNED: General category "Other, Not Assigned" (Cn) UNICODE_PRIVATE_USE: General category "Other, Private Use" (Co) UNICODE_SURROGATE: General category "Other, Surrogate" (Cs) UNICODE_LOWERCASE_LETTER: General category "Letter, Lowercase" (Ll) UNICODE_MODIFIER_LETTER: General category "Letter, Modifier" (Lm) UNICODE_OTHER_LETTER: General category "Letter, Other" (Lo) UNICODE_TITLECASE_LETTER: General category "Letter, Titlecase" (Lt) UNICODE_UPPERCASE_LETTER: General category "Letter, Uppercase" (Lu) UNICODE_SPACING_MARK: General category "Mark, Spacing" (Mc) UNICODE_ENCLOSING_MARK: General category "Mark, Enclosing" (Me) UNICODE_NON_SPACING_MARK: General category "Mark, Nonspacing" (Mn) UNICODE_DECIMAL_NUMBER: General category "Number, Decimal Digit" (Nd) UNICODE_LETTER_NUMBER: General category "Number, Letter" (Nl) UNICODE_OTHER_NUMBER: General category "Number, Other" (No) UNICODE_CONNECT_PUNCTUATION: General category "Punctuation, Connector" (Pc) UNICODE_DASH_PUNCTUATION: General category "Punctuation, Dash" (Pd) UNICODE_CLOSE_PUNCTUATION: General category "Punctuation, Close" (Pe) UNICODE_FINAL_PUNCTUATION: General category "Punctuation, Final quote" (Pf) UNICODE_INITIAL_PUNCTUATION: General category "Punctuation, Initial quote" (Pi) UNICODE_OTHER_PUNCTUATION: General category "Punctuation, Other" (Po) UNICODE_OPEN_PUNCTUATION: General category "Punctuation, Open" (Ps) UNICODE_CURRENCY_SYMBOL: General category "Symbol, Currency" (Sc) UNICODE_MODIFIER_SYMBOL: General category "Symbol, Modifier" (Sk) UNICODE_MATH_SYMBOL: General category "Symbol, Math" (Sm) UNICODE_OTHER_SYMBOL: General category "Symbol, Other" (So) UNICODE_LINE_SEPARATOR: General category "Separator, Line" (Zl) UNICODE_PARAGRAPH_SEPARATOR: General category "Separator, Paragraph" (Zp) UNICODE_SPACE_SEPARATOR: General category "Separator, Space" (Zs)

These are the possible character classifications from the Unicode specification. See Unicode Character Database.

Enumerator
UNICODE_CONTROL
UNICODE_FORMAT
UNICODE_UNASSIGNED
UNICODE_PRIVATE_USE
UNICODE_SURROGATE
UNICODE_LOWERCASE_LETTER
UNICODE_MODIFIER_LETTER
UNICODE_OTHER_LETTER
UNICODE_TITLECASE_LETTER
UNICODE_UPPERCASE_LETTER
UNICODE_SPACING_MARK
UNICODE_ENCLOSING_MARK
UNICODE_NON_SPACING_MARK
UNICODE_DECIMAL_NUMBER
UNICODE_LETTER_NUMBER
UNICODE_OTHER_NUMBER
UNICODE_CONNECT_PUNCTUATION
UNICODE_DASH_PUNCTUATION
UNICODE_CLOSE_PUNCTUATION
UNICODE_FINAL_PUNCTUATION
UNICODE_INITIAL_PUNCTUATION
UNICODE_OTHER_PUNCTUATION
UNICODE_OPEN_PUNCTUATION
UNICODE_CURRENCY_SYMBOL
UNICODE_MODIFIER_SYMBOL
UNICODE_MATH_SYMBOL
UNICODE_OTHER_SYMBOL
UNICODE_LINE_SEPARATOR
UNICODE_PARAGRAPH_SEPARATOR
UNICODE_SPACE_SEPARATOR

Definition at line 16342 of file libsheepy.c.

Function Documentation

segfault_sigaction() [1/2]

internal void segfault_sigaction	(	int signal	,
		siginfo_t *	si,
		void *	arg
	)

segmentation fault handler

prints line and file where the segfault crash occured

Definition at line 891 of file libsheepy.c.

segfault_sigaction() [2/2]

internal void segfault_sigaction	(	int signal	UNUSED,
		siginfo_t *si	UNUSED,
		void *arg	UNUSED
	)

cleanUpCharFree()

void cleanUpCharFree

(

char **

val

)

Definition at line 919 of file libsheepy.c.

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cleanUpListFree()

void cleanUpListFree

(

char ***

val

)

Definition at line 925 of file libsheepy.c.

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cleanUpFileFree()

void cleanUpFileFree

(

FILE **

val

)

Definition at line 931 of file libsheepy.c.

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cleanUpFd()

void cleanUpFd

(

int *

val

)

Definition at line 939 of file libsheepy.c.

shStopwatch()

uint64_t shStopwatch

(

uint8_t

op

)

nanosecond stopwatch

Parameters

op	operation: 0 start, 1 get stopwatch value

Returns

0 when op is 0 time since last start in ns when op is 1

Definition at line 955 of file libsheepy.c.

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getLogSymbols()

int getLogSymbols

(

void

)

get current log symbols

Definition at line 996 of file libsheepy.c.

setLogSymbols()

void setLogSymbols

(

int

mode

)

set log symbols

LOG_VERBOSE for words LOG_UTF8 for emojis LOG_VOID for no symbols LOG_INVALID_MODE (reset log symbols) for default log mode symbols anything else (LOG_CONCISE,...) for symbols (!*+->~)

default is default log mode symbols

Definition at line 1012 of file libsheepy.c.

getMaxLogLevel()

int getMaxLogLevel

(

void

)

get current max log level

default is LOG_INVALID, to show all log levels -1 hides all logs

Definition at line 1028 of file libsheepy.c.

setMaxLogLevel()

void setMaxLogLevel

(

int

logLevel

)

set max log level logs above logMaxLevel are skipped

default is LOG_INVALID, to show all log levels LOG_DISABLE hides all logs

Parameters

logLevel

from LOG_DISABLE to LOG_INVALID

Definition at line 1043 of file libsheepy.c.

setLogFile()

FILE * setLogFile

(

char *

filename

)

set log file the logs are appended to all log files set with this function

there is a maximum of 15 log files

Returns

log file handle NULL when filename is NULL or more than 15 log files are set

Definition at line 1058 of file libsheepy.c.

closeLogFiles()

void closeLogFiles

(

void

)

close logfiles opened with setLogFile

Definition at line 1081 of file libsheepy.c.

getLogMode()

int getLogMode

(

void

)

get current log mode (verbose, concise)

Returns

current mode LOG_VERBOSE, LOG_CONCISE, ...

Definition at line 1097 of file libsheepy.c.

setLogMode()

void setLogMode

(

int

mode

)

set log mode LOG_VERBOSE, LOG_CONCISE, .

the default log mode is LOG_DATE

Definition at line 1107 of file libsheepy.c.

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getLogShortPath()

bool getLogShortPath

(

void

)

get current log long/short path value

The default value is TRUE (short paths) TRUE shows short file paths in logs FALSE shows long file paths in logs

Returns

current long/short file path configuration value for VERBOSE mode

Definition at line 1128 of file libsheepy.c.

setLogShortPath()

void setLogShortPath

(

bool

shortPath

)

set log long/short file path value for VERBOSE mode

TRUE shows short file paths in logs FALSE shows long file paths in logs

the default long/short path value is TRUE

Definition at line 1141 of file libsheepy.c.

getLogStdout()

bool getLogStdout

(

void

)

get stdout state, when TRUE (default) all logs are printed to stdout

Definition at line 1149 of file libsheepy.c.

setLogStdout()

void setLogStdout

(

bool

state

)

enable/disable printing logs to stdout

TRUE: print logs to stdout FALSE: print logs to files only

Definition at line 1160 of file libsheepy.c.

openProgLogFile()

bool openProgLogFile

(

void

)

log to a file named progName.log Use closeLogFiles when finished logging

Definition at line 1169 of file libsheepy.c.

keepAnsiColorsInLog()

void keepAnsiColorsInLog

(

bool

state

)

enable/disable ansi color codes in logs

TRUE: print colors FALSE: strip colors

Definition at line 1194 of file libsheepy.c.

_pLog()

void _pLog	(	int	loglevel,
		const char *	file,
		const char *	func,
		int	line,
		const char *	msg,
			...
	)

Definition at line 1210 of file libsheepy.c.

print_k()

int print_k	(	FILE *	stream,
		const struct printf_info *	info,
		const void *const *	args
	)

k printf type specifier, RGB foreground, uint32_t 0x00RRGGBB

Definition at line 1433 of file libsheepy.c.

print_K()

int print_K	(	FILE *	stream,
		const struct printf_info *	info,
		const void *const *	args
	)

K printf type specifier, RGB background, uint32_t 0x00RRGGBB

Definition at line 1451 of file libsheepy.c.

print_k_arginfo()

int print_k_arginfo	(	const struct printf_info *info	UNUSED,
		size_t	n,
		int *	argtypes,
		int *	size
	)

procress printf argument

Definition at line 1468 of file libsheepy.c.

print_b()

int print_b	(	FILE *	stream,
		const struct printf_info *	info,
		const void *const *	args
	)

b printf type specifier, print bool as FALSE/TRUE

Definition at line 1480 of file libsheepy.c.

print_b_arginfo()

int print_b_arginfo	(	const struct printf_info *info	UNUSED,
		size_t	n,
		int *	argtypes,
		int *	size
	)

procress printf argument

Definition at line 1495 of file libsheepy.c.

finalizeLibsheepyCharAtExit()

void finalizeLibsheepyCharAtExit

(

void

)

finalize libsheepy char at exit

free internal buffers in this file:

realprogpath urandomFp software random file

Definition at line 1652 of file libsheepy.c.

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getStackLimit()

int64_t getStackLimit

(

void

)

get current stack limit

Returns

current stack limit -1 unlimited 0 when error

Definition at line 1667 of file libsheepy.c.

setStackLimit()

int setStackLimit

(

int64_t

stackSize

)

set stack limit

Parameters

stackSize

stack size in bytes, set -1 for unlimited size

Returns

!0 when ok 0 when it failed

Definition at line 1686 of file libsheepy.c.

enableCoreDump()

int enableCoreDump

(

void

)

enable core dump

change core dump size to infinity to enable core dump. After the program receives a signal generating core dump, a core file is written to disk and can be open with gdb

Returns

!0 when ok 0 when it failed

Definition at line 1720 of file libsheepy.c.

getProgName()

const char * getProgName

(

void

)

get program name

this program name showing in the logs

Definition at line 1745 of file libsheepy.c.

setProgName()

bool setProgName

(

const char *

name

)

set program name

this program name showing in the logs

Definition at line 1755 of file libsheepy.c.

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setDefaultProgName()

void setDefaultProgName

(

void

)

set default program name

this program name showing in the logs

Definition at line 1773 of file libsheepy.c.

freeProgName()

void freeProgName

(

void

)

free ProgName if set with setProgName

Definition at line 1782 of file libsheepy.c.

getProgPath()

const char * getProgPath

(

void

)

get program path When initLibsheepy is called before this function, it returns the given program path.

When initLibsheepy has not been called before this function, it returns the real program path.

Returns

program path or real program path (do not free this pointer)

Definition at line 1795 of file libsheepy.c.

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getRealProgPath()

const char * getRealProgPath

(

void

)

get real program path The first call allocates libSheepyRealProgPath, it is freed with freeRealProgPath

Returns

real program path (do not free this pointer)

Definition at line 1812 of file libsheepy.c.

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freeRealProgPath()

void freeRealProgPath

(

void

)

free real program path finalizeLibsheepy calls this function

Definition at line 1826 of file libsheepy.c.

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systemNFreeF()

int systemNFreeF	(	char *	command,
		int	line,
		const char *	thisFunc,
		const char *	thisFileName
	)

run system command and free command buffer a message is printed when an error occurs

this function is called from the systemNFree macro

Parameters

command

command to run in the shell

Returns

0 success command error code

Definition at line 1844 of file libsheepy.c.

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getModificationTime()

time_t getModificationTime

(

const char *

path

)

get modification time for path

Parameters

path

Returns

modification time 0 when an error occured

Definition at line 1864 of file libsheepy.c.

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setModificationTime()

int setModificationTime	(	const char *	path,
		time_t	mtime
	)

set modification time for path

Parameters

path
mtime	(for example, from the getModificationTime function)

Returns

1 ok 0 when an error occured

Definition at line 1890 of file libsheepy.c.

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isReadable()

bool isReadable

(

const char *

path

)

is path readable

Returns

true when path is readable

Definition at line 1914 of file libsheepy.c.

isWritable()

bool isWritable

(

const char *

path

)

is path writable

Returns

true when path is writable

Definition at line 1934 of file libsheepy.c.

isExecutable()

bool isExecutable

(

const char *

path

)

is path executable

Returns

true when path is executable

Definition at line 1954 of file libsheepy.c.

equalModificationTimes()

bool equalModificationTimes	(	const char *	path1,
		const char *	path2
	)

compare modification times for path1 and path2

Parameters

path1
path2

Returns

true when mtime is equal for path1 and path2 false when mtime is different for path1 and path2 or when there is an error

Definition at line 1979 of file libsheepy.c.

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getCurrentUnixTime()

time_t getCurrentUnixTime

(

void

)

get current unix time in seconds

time_t is either int32_t or int64_t

Definition at line 2001 of file libsheepy.c.

strToUnixTime()

time_t strToUnixTime	(	const char *	date,
		const char *	format
	)

convert date string to unix time

Parameters

date	string
format	for strptime

Returns

time -1 error

Definition at line 2018 of file libsheepy.c.

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timeToS()

char * timeToS

(

const time_t

t

)

time To String convert unix time to string (ctime is not used here because it adds
at the end of the string)

Parameters

unix	time to convert

Returns

string representing the unix time in ctime format (Wed Dec 12 11:44:08 2018), you must free the pointer

Definition at line 2048 of file libsheepy.c.

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bTimeToS()

char * bTimeToS	(	char *	dst,
		const time_t	t
	)

Definition at line 2057 of file libsheepy.c.

bLTimeToS()

char * bLTimeToS	(	char *	dst,
		size_t	dstSize,
		const time_t	t
	)

Definition at line 2065 of file libsheepy.c.

timeToYMDS()

char * timeToYMDS

(

const time_t

t

)

time To Year-Month-Day Hour:Minute:Second String convert unix time to string

Parameters

unix	time to convert

Returns

string representing the unix time, you must free the pointer

Definition at line 2082 of file libsheepy.c.

bTimeToYMDS()

char * bTimeToYMDS	(	char *	dst,
		const time_t	t
	)

Definition at line 2091 of file libsheepy.c.

bLTimeToYMDS()

char * bLTimeToYMDS	(	char *	dst,
		size_t	dstSize,
		const time_t	t
	)

Definition at line 2099 of file libsheepy.c.

getCurrentDate()

char * getCurrentDate

(

void

)

get current date in ctime format (Wed Dec 12 11:44:08 2018)

you must free the pointer

Definition at line 2112 of file libsheepy.c.

bGetCurrentDate()

char * bGetCurrentDate

(

char *

dst

)

Definition at line 2121 of file libsheepy.c.

bLGetCurrentDate()

char * bLGetCurrentDate	(	char *	dst,
		size_t	dstSize
	)

Definition at line 2132 of file libsheepy.c.

getCurrentDateYMD()

char * getCurrentDateYMD

(

void

)

get current date in Y-m-d H:M:S format

you must free the pointer

Definition at line 2148 of file libsheepy.c.

bGetCurrentDateYMD()

char * bGetCurrentDateYMD

(

char *

dst

)

Definition at line 2157 of file libsheepy.c.

bLGetCurrentDateYMD()

char * bLGetCurrentDateYMD	(	char *	dst,
		size_t	dstSize
	)

Definition at line 2168 of file libsheepy.c.

shDirname()

char * shDirname

(

const char *

path

)

sheepy dirname

the returned string has to be freed

Parameters

path

Returns

path without basename (last item in the path, you must free the pointer) "./" when path is blank or when there is only one item in the path NULL when path is NULL

Definition at line 2191 of file libsheepy.c.

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bDirname()

char * bDirname

(

char *

path

)

buffer dirname

the buffer size (path) must be at least 3 chars

Parameters

path

Returns

path without basename (last item in the path) "./" when path is blank or when there is only one item in the path NULL when path is NULL

Definition at line 2252 of file libsheepy.c.

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bLDirname()

char * bLDirname	(	char *	path,
		size_t	pathSize
	)

buffer size dirname

the buffer size (path) must be at least 3 chars

Parameters

path
pathSize	path buffer size, the path strlen will be at most pathSize-1

Returns

path without basename (last item in the path) "./" when path is blank or when there is only one item in the path NULL when path is NULL

Definition at line 2306 of file libsheepy.c.

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expandHome()

char * expandHome

(

const char *

path

)

expands ~/ ($HOME) or ~USER
duplicate and expand path.

The original remains unchanged.

Parameters

path

string

Returns

new string path or NULL (you must free the pointer)

Definition at line 2443 of file libsheepy.c.

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iExpandHome()

char * iExpandHome

(

char **

path

)

expands ~/ ($HOME) or ~USER

duplicate and expand path.

Parameters

path	string (this parameter is reallocated)

Returns

path modified path
NULL error

Definition at line 2638 of file libsheepy.c.

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bExpandHome()

char * bExpandHome

(

char *

path

)

buffer expands ~/ ($HOME) or ~USER

expand path

Parameters

path

string

Returns

path modified path
NULL error

Definition at line 2821 of file libsheepy.c.

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bLExpandHome()

char * bLExpandHome	(	char *	path,
		size_t	pathSize
	)

buffer size expands ~/ ($HOME) or ~USER

expand path

Parameters

path	string
pathSize	path buffer size, the path strlen will be at most pathSize-1

Returns

path modified path
NULL error

Definition at line 3001 of file libsheepy.c.

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normalizePath()

char * normalizePath

(

const char *

path

)

normalize path

remove unecessary /, .. and . leading / is kept leading .. is kept leading . is removed

'/../' becomes '/'

Parameters

path

Returns

new normalized path (you must free the pointer) NULL when path is NULL

Definition at line 3057 of file libsheepy.c.

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iNormalizePath()

char * iNormalizePath

(

char **

path

)

normalize path

remove unecessary /, .. and . leading / is kept leading .. is kept leading . is removed

'/../' becomes '/'

Parameters

path	(this parameter is reallocated)

Returns

path modified path NULL when path is NULL

Definition at line 3155 of file libsheepy.c.

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bNormalizePath()

char * bNormalizePath

(

char *

path

)

buffer normalize path

remove unecessary /, .. and . leading / is kept leading .. is kept leading . is removed

'/../' becomes '/'

Parameters

path

Returns

path modified path NULL when path is NULL

Definition at line 3260 of file libsheepy.c.

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bLNormalizePath()

char * bLNormalizePath	(	char *	path,
		size_t	pathSize
	)

buffer size normalize path

path must be at least 2 chars

remove unecessary /, .. and . leading / is kept leading .. is kept leading . is removed

'/../' becomes '/'

Parameters

path
pathSize	path buffer size, the path strlen will be at most pathSize-1

Returns

path modified path NULL when path is NULL

Definition at line 3367 of file libsheepy.c.

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relPath()

char * relPath	(	const char *	path,
		const char *	start
	)

relative path

Return a relative filepath to path either from the current directory or from an optional start directory

Parameters

path	path to convert
start	reference path, cwd when NULL

Returns

new relative path (you must free the pointer) NULL when path is NULL

Definition at line 3472 of file libsheepy.c.

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iRelPath()

char * iRelPath	(	char **	path,
		const char *	start
	)

relative path

Return a relative filepath to path either from the current directory or from an optional start directory

Parameters

path	path to convert (this parameter is reallocated)
start	reference path, cwd when NULL

Returns

updated relative path (you must free the pointer) NULL when path is NULL

Definition at line 3599 of file libsheepy.c.

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bRelPath()

char * bRelPath	(	char *	dest,
		const char *	path,
		const char *	start
	)

relative path

Return a relative filepath to path either from the current directory or from an optional start directory

Parameters

path	path to convert
start	reference path, cwd when NULL

Returns

relative path in dest NULL when path or dest are NULL

Definition at line 3730 of file libsheepy.c.

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bLRelPath()

char * bLRelPath	(	char *	dest,
		size_t	destSize,
		char *	path,
		const char *	start
	)

relative path

Return a relative filepath to path either from the current directory or from an optional start directory

Parameters

path	path to convert
start	reference path, cwd when NULL

Returns

relative path in dest NULL when path or dest are NULL

Definition at line 3860 of file libsheepy.c.

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getHomePath()

char * getHomePath

(

void

)

get home path

Returns

home path (you must free the pointer)

Definition at line 3983 of file libsheepy.c.

bGetHomePath()

char * bGetHomePath

(

char *

path

)

copy home path to path

Parameters

path	buffer large enough for home path

Returns

path pointer

Definition at line 4000 of file libsheepy.c.

bLGetHomePath()

char * bLGetHomePath	(	char *	path,
		size_t	pathSize
	)

copy home path to path maximum pathSize

Parameters

path	buffer large enough for home path
pathSize	size of path

Returns

path pointer

Definition at line 4020 of file libsheepy.c.

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getCHomePath()

const char * getCHomePath

(

void

)

get home path as a const char*

Returns

home path

Definition at line 4039 of file libsheepy.c.

getCwd()

char * getCwd

(

void

)

get current working directory

Returns

current path (you must free the pointer)

Definition at line 4054 of file libsheepy.c.

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bLGetCwd()

char * bLGetCwd	(	char *	path,
		size_t	pathSize
	)

Definition at line 4070 of file libsheepy.c.

chDir()

int chDir

(

const char *

path

)

change directory

Parameters

path

Returns

1 success 0 error

Definition at line 4092 of file libsheepy.c.

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isDir()

bool isDir

(

const char *

path

)

is directory

Parameters

path

Returns

true when path is a directory false path is not a directory, filePath is NULL or empty string

Definition at line 4119 of file libsheepy.c.

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shReadlink()

char * shReadlink

(

const char *

path

)

sheepy read link

read the first target in the link chain

the returned string has to be freed

Parameters

path	symbolic link path

Returns

path to linked file or directory (you must free the pointer) NULL failed: path is blank or NULL path is not a symlink malloc failed to allocate the result buffer readlink failed

Definition at line 4153 of file libsheepy.c.

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endlink()

char * endlink

(

const char *

path

)

end link

read the link chain of a symbolic link to the end the returned string has to be freed

Parameters

path	symbolic link path

Returns

path to linked file or directory (you must free the pointer) NULL failed: path is blank or NULL path is not a symlink malloc failed to allocate the result buffer readlink failed

Definition at line 4215 of file libsheepy.c.

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isLink()

bool isLink

(

const char *

path

)

is symbolic link

Parameters

path

Returns

true when path is a symbolic link false path is not a symbolic link, filePath is NULL or empty string

Definition at line 4293 of file libsheepy.c.

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fileExists()

bool fileExists

(

const char *

filePath

)

detect files and directories

Parameters

filePath

path to file or directory

Returns

true exists false non existant false filePath is NULL or empty string

Definition at line 4321 of file libsheepy.c.

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fileChmod()

bool fileChmod	(	const char *	filePath,
		mode_t	mode
	)

like chmod in stdlibc but return true/false

Parameters

filePath

path to file or directory mode: permissions

Returns

true success false filePath doesnt exist, not enough permissions... false filePath is NULL or empty string

Definition at line 4345 of file libsheepy.c.

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fileSize()

ssize_t fileSize

(

const char *

filePath

)

get file size

Parameters

filePath

path to file

Returns

ssize_t >= 0 size -1 an error occured or filePath is NULL or empty string

Definition at line 4369 of file libsheepy.c.

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fileSizeFP()

ssize_t fileSizeFP

(

FILE *

fp

)

get file size from file pointer

Parameters

fp	file pointer

Returns

ssize_t >= 0 size -1 an error occured or file pointer is NULL

Definition at line 4401 of file libsheepy.c.

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readFileToS()

void * readFileToS

(

const char *

filePath

)

read file to string

0 is added at the end to terminate the string

Parameters

filePath

path to file

Returns

data in file (you must free the pointer) NULL an error occured

Definition at line 4427 of file libsheepy.c.

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readStreamToS()

void * readStreamToS

(

FILE *

fp

)

read file to string

0 is added at the end to terminate the string

Parameters

fp	file pointer

Returns

data in file (you must free the pointer) NULL an error occured

Definition at line 4482 of file libsheepy.c.

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bReadFileToS()

void * bReadFileToS	(	const char *	filePath,
		void *	dst
	)

buffer read file to string

0 is added at the end to terminate the string

Parameters

dst	destination buffer
filePath	path to file

Returns

data in file NULL an error occured

Definition at line 4530 of file libsheepy.c.

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bReadStreamToS()

void * bReadStreamToS	(	FILE *	fp,
		void *	dst
	)

buffer read file to string

0 is added at the end to terminate the string

Parameters

dst	destination buffer
fp	file pointer

Returns

data in file NULL an error occured

Definition at line 4579 of file libsheepy.c.

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bLReadFileToS()

void * bLReadFileToS	(	const char *	filePath,
		void *	dst,
		size_t	dstSize
	)

buffer size read file to string

0 is added at the end to terminate the string

Parameters

filePath	path to file
dst	destination buffer
dstSize	path buffer size, the path strlen will be at most dstSize-1

Returns

data in file NULL an error occured

Definition at line 4621 of file libsheepy.c.

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bLReadStreamToS()

void * bLReadStreamToS	(	FILE *	fp,
		void *	dst,
		size_t	dstSize
	)

buffer size read file to string

0 is added at the end to terminate the string

Parameters

dst	destination buffer
fp	file pointer

Returns

data in file NULL an error occured

Definition at line 4678 of file libsheepy.c.

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readFile()

ssize_t readFile	(	const char *	filePath,
		void **	buffer
	)

read file to buffer

The function allocates the buffer

Parameters

filePath	path to file
buffer	unallocated buffer

Returns

data from file in buffer (you must free the pointer) buffer size -1 error

Definition at line 4726 of file libsheepy.c.

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bReadFile()

ssize_t bReadFile	(	const char *	filePath,
		void *	buffer
	)

buffer read file to buffer

The function allocates the buffer

Parameters

filePath	path to file
buffer	already allocated buffer

Returns

data from file in buffer buffer size -1 error

Definition at line 4782 of file libsheepy.c.

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bLReadFile()

ssize_t bLReadFile	(	const char *	filePath,
		void *	buffer,
		size_t	dstSize
	)

buffer size read file to buffer

The function allocates the buffer

Parameters

filePath	path to file
buffer	already allocated buffer
dstSize	path buffer size

Returns

data from file in buffer buffer size -1 error

Definition at line 4832 of file libsheepy.c.

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writeFileS()

int writeFileS	(	const char *	filePath,
		const char *	string
	)

write string to file

Parameters

filePath

path to file string

Returns

1 success 0 error

Definition at line 4883 of file libsheepy.c.

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writeFile()

int writeFile	(	const char *	filePath,
		void *	buffer,
		size_t	len
	)

write buffer to file

Parameters

filePath

path to file buffer len buffer size in bytes

Returns

1 success 0 error

Definition at line 4925 of file libsheepy.c.

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writeStreamS()

int writeStreamS	(	FILE *	fp,
		const char *	string
	)

write string to file

Parameters

fp	file pointer string

Returns

1 success 0 error

Definition at line 4963 of file libsheepy.c.

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writeLStream()

int writeLStream	(	FILE *	fp,
		void *	buffer,
		size_t	len
	)

write buffer to file

Parameters

fp	file pointer buffer len buffer size in bytes

Returns

1 success 0 error

Definition at line 4995 of file libsheepy.c.

appendFileS()

bool appendFileS	(	const char *	filePath,
		const char *	string
	)

append string to filePath

Parameters

filePath

path to file string

Returns

true success false failed, filePath or list are NULL

Definition at line 5023 of file libsheepy.c.

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appendFile()

bool appendFile	(	const char *	filePath,
		void *	buffer,
		size_t	len
	)

append buffer to file

Parameters

filePath

path to file buffer len buffer size in bytes

Returns

true success false error

Definition at line 5064 of file libsheepy.c.

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walkDir()

char ** walkDir

(

const char *

dirPath

)

list all files in a directory recursively and sort the list

directories are not listed

Parameters

dirPath

path to directory

Returns

list of files (you must free the pointer with listFreeS) empty list when the directory is not found

Definition at line 5103 of file libsheepy.c.

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walkADir()

internal void walkADir	(	const char *	dirPath,
		char ***	list
	)

Definition at line 5118 of file libsheepy.c.

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walkDirDir()

char ** walkDirDir

(

const char *

dirPath

)

list all directories in a directory recursively and sort the list

files are not listed

Parameters

dirPath

path to directory

Returns

list of directories (you must free the pointer with listFreeS) empty list when the directory is not found

Definition at line 5166 of file libsheepy.c.

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walkADirDir()

internal void walkADirDir	(	const char *	dirPath,
		char ***	list
	)

Definition at line 5181 of file libsheepy.c.

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readDir()

char ** readDir

(

const char *

dirPath

)

list files in a directory and sort the list

directories are not listed

Parameters

dirPath

path to directory

Returns

list of files, dirPath is not prepended to the file names (you must free the pointer with listFreeS) empty list when the directory is not found

Definition at line 5227 of file libsheepy.c.

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readDirDir()

char ** readDirDir

(

const char *

dirPath

)

list directories in a directory and sort the list

files are not listed

Parameters

dirPath

path to directory

Returns

list of directories, dirPath is not prepended to the names (you must free the pointer with listFreeS) empty list when the directory is not found

Definition at line 5279 of file libsheepy.c.

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walkDirAll()

char ** walkDirAll

(

const char *

dirPath

)

list all files and directories in a directory recursively and sort the list

directories are listed

Parameters

dirPath

path to directory

Returns

list of files (you must free the pointer with listFreeS) empty list when the directory is not found

Definition at line 5331 of file libsheepy.c.

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walkADirAll()

internal void walkADirAll	(	const char *	dirPath,
		char ***	list
	)

Definition at line 5346 of file libsheepy.c.

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readDirAll()

char ** readDirAll

(

const char *

dirPath

)

list files in a directory and sort the list

directories are listed

Parameters

dirPath

path to directory

Returns

list of files, dirPath is not prepended to the file names (you must free the pointer with listFreeS) empty list when the directory is not found

Definition at line 5392 of file libsheepy.c.

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getUmask()

mode_t getUmask

(

void

)

get umask

Definition at line 5433 of file libsheepy.c.

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getCurrentPermissions()

mode_t getCurrentPermissions

(

void

)

get current permissions for creating directories

Definition at line 5443 of file libsheepy.c.

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mkdirParents()

int mkdirParents

(

const char *

path

)

recursive mkdir

Parameters

path

Returns

1 success 0 when path is NULL or empty

Definition at line 5457 of file libsheepy.c.

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rmAll()

int rmAll

(

const char *

path

)

remove all delete recursively files and directories

Parameters

path

Returns

1 success 0 when path is NULL or empty

Definition at line 5510 of file libsheepy.c.

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rmADir()

int rmADir

(

const char *

dirPath

)

Definition at line 5527 of file libsheepy.c.

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copy()

int copy	(	const char *	src,
		const char *	dst
	)

copy files recursively This function is equivalent to 'cp -Ra' without wildcards and circular link detection

when src ends with /, the files in src are copied to dst when src does't end with /, the last directory name in src is copied to dst The permissions are copied to the destination

Parameters

src	source path dst destination path

Returns

1 success 0 when src or dst are NULL or empty

Definition at line 5590 of file libsheepy.c.

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copyFile()

int copyFile	(	const char *	src,
		const char *	dst
	)

Definition at line 5662 of file libsheepy.c.

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copyADir()

int copyADir	(	const char *	src,
		const char *	dst,
		const char *	path
	)

Definition at line 5712 of file libsheepy.c.

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shRename()

int shRename	(	const char *	src,
		const char *	dst
	)

rename file

Parameters

src	source path dst destination path

Returns

1 success 0 when src or dst are NULL or empty

Definition at line 5808 of file libsheepy.c.

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shMove()

int shMove	(	const char *	src,
		const char *	dst
	)

move files recursively

copy and then delete source

called shMove because it conflicts with move in ncurses

Parameters

src	source path
dst	destination path

Returns

1 success 0 when src or dst are NULL or empty

Definition at line 5845 of file libsheepy.c.

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setSoftwareRandom()

void setSoftwareRandom

(

void

)

use software random numbers works on all cpu architectures the default random function is software

Definition at line 5869 of file libsheepy.c.

setHardwareRandom()

void setHardwareRandom

(

void

)

use cpu hardware random number generator

Definition at line 5878 of file libsheepy.c.

randomUrandomOpen()

int randomUrandomOpen

(

void

)

open /dev/urandom in libsheepy

call this function before calling randomWord and randomChoice when random are not needed anymore call randomUrandomClose

Returns

1 success 0 error

Definition at line 5895 of file libsheepy.c.

randomUrandomClose()

randomUrandomClose

(

void

)

close /dev/urandom in libsheepy call this function when random are not needed anymore

Definition at line 5916 of file libsheepy.c.

randomWord()

uint64_t randomWord

(

void

)

return random 64 bit unsigned integer call randomUrandomOpen before this calling function

Returns

random uint64 integer 0 error urandomFp file is NULL or fread failed

Definition at line 5933 of file libsheepy.c.

randomWordFromHW()

uint64_t randomWordFromHW

(

void

)

return random 64 bit unsigned integer from the cpu when the cpu doesn't have the random generator instruction, the program stops with 'Illegal instruction'

Definition at line 5959 of file libsheepy.c.

randomChoice()

uint64_t randomChoice

(

uint64_t

range

)

return a random value between 0 and range 0<=value<range call randomUrandomOpen before this calling function

Parameters

range

- must be > 0

Returns

random uint64 0<=value<range range error

Definition at line 5991 of file libsheepy.c.

randomS()

char * randomS

(

uint64_t

length

)

random string

allocate and generate a random string in charset "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-,"

Parameters

string

length

Returns

random string (you must free the pointer) NULL error opening /dev/urandom, malloc failed, fread /dev/urandom failed, length is 0

Definition at line 6020 of file libsheepy.c.

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bRandomS()

char * bRandomS	(	char *	dst,
		size_t	dstSize
	)

buffer random string

allocate and generate a random string in charset "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-,"

Parameters

dst	destination buffer
dstSize	destination buffer size, must be at least 2, to have at least 1 random char in the string

Returns

random string NULL error opening /dev/urandom, malloc failed, fread /dev/urandom failed, length is 0

Definition at line 6080 of file libsheepy.c.

randomAlphaNumS()

char * randomAlphaNumS

(

uint64_t

length

)

random alpha numerical string

allocate and generate a random string in charset "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

Parameters

string

length

Returns

random string (you must free the pointer) NULL error opening /dev/urandom, malloc failed, fread /dev/urandom failed, length is 0

Definition at line 6132 of file libsheepy.c.

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bRandomAlphaNumS()

char * bRandomAlphaNumS	(	char *	dst,
		size_t	dstSize
	)

buffer random alpha numerical string

allocate and generate a random string in charset "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

Parameters

dst	destination buffer
dstSize	destination buffer size, must be at least 2, to have at least 1 random char in the string

Returns

random string NULL error opening /dev/urandom, malloc failed, fread /dev/urandom failed, length is 0

Definition at line 6192 of file libsheepy.c.

readS()

char * readS

(

void

)

read String read user input (one line) as a string

there is no size limit and the buffer expands as needed

Returns

line from the user (you must free the pointer) NULL when buffer allocation failed

Definition at line 6244 of file libsheepy.c.

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bLReadS()

char * bLReadS	(	char *	dst,
		size_t	dstSize
	)

buffer read String read user input (one line) as a string

Parameters

dst	destination buffer
dstSize	destination buffer size, must be at least 2, to have at least 1 char from the user in the string

Returns

line from the user NULL when buffer allocation failed

Definition at line 6297 of file libsheepy.c.

shGetpass()

UNUSED local char * shGetpass

(

void

)

sheepy get pass

like getpass, read password from tty

currently used in Termux because getpass is missging

Definition at line 6333 of file libsheepy.c.

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readPasswordS()

char * readPasswordS

(

void

)

read hidden password string

Returns

newly allocated password string (you must free the pointer)

Definition at line 6377 of file libsheepy.c.

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zeroS()

bool zeroS

(

char *

string

)

write zero to all bytes in string with memset, for clearing password buffers

Parameters

string

Returns

true 0s are written false error string is NULL

Definition at line 6403 of file libsheepy.c.

zeroBuf()

bool zeroBuf	(	void *	buf,
		size_t	len
	)

write zero to all bytes in buffer with memset

Parameters

buf	buffer
len	length

Returns

true 0s are written false error string is NULL

Definition at line 6425 of file libsheepy.c.

memdup()

void * memdup	(	const void *	buf,
		size_t	size
	)

memory duplicate allocate and copy buffer

Parameters

buf	buffer to duplicate
size	buffer size

Returns

duplicated buffer (you must free the pointer) NULL when there is an error

Definition at line 6448 of file libsheepy.c.

readEnter()

void readEnter

(

void

)

read Enter key wait until press the enter key

Definition at line 6468 of file libsheepy.c.

readLine()

char * readLine

(

FILE *

fp

)

readLine from file stream the fist new line is converted to 0

Parameters

fp	file stream

Returns

one line in a string (you must free the pointer) empty string when stream is empty or when there is an error reading the stream NULL when the stream is NULL

Definition at line 6493 of file libsheepy.c.

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freeManySF()

void freeManySF	(	char *	paramType,
			...
	)

free Many String

free variable list of pointers freeManyS(s1, s2, ...);

Definition at line 6526 of file libsheepy.c.

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dupS()

char * dupS

(

const char *

string

)

duplicate string

Parameters

string

Returns

new identical string (you must free the pointer) NULL when string is NULL

Definition at line 6548 of file libsheepy.c.

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shPrintfS()

void shPrintfS	(	const char *	fmt,
			...
	)

sheepy Print String

same as printf when the formating string is NULL, "(null)" is printed

Parameters

format

string - can be NULL data

Definition at line 6566 of file libsheepy.c.

shEPrintfS()

void shEPrintfS	(	const char *	fmt,
			...
	)

sheepy Error printf String print with logE

when the formating string is NULL, "(null)" is printed

Parameters

format

string like printf

Returns

print with logE

Definition at line 6589 of file libsheepy.c.

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logNFree()

void logNFree

(

char *

s

)

log and free

Parameters

string

to print, can be NULL

Definition at line 6613 of file libsheepy.c.

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loghex()

void loghex	(	const void *	buf,
		size_t	len
	)

print buffer as hexadecimal string

Definition at line 6624 of file libsheepy.c.

toHexS()

char * toHexS	(	const void *	buf,
		size_t	len
	)

create a string with bytes in buf converted to hex strings

Parameters

buf	buffer to convert to hexstring
len	buffer size in bytes

Returns

string representing the buffer in hexadecimal "0x01, 0x02,..." (you must free the pointer)

Definition at line 6648 of file libsheepy.c.

toHexSepS()

char * toHexSepS	(	const void *	buf,
		size_t	len,
		const char *	separator
	)

create a string with bytes in buf converted to hex strings separated by separator

Parameters

buf	buffer to convert to hexstring
len	buffer size in bytes
separator	separator between the hexadecimal numbers

Returns

string representing the buffer in hexadecimal "0x01SEP0x02SEP..." (you must free the pointer)

Definition at line 6686 of file libsheepy.c.

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toHexHeadSepS()

char * toHexHeadSepS	(	const void *	buf,
		size_t	len,
		const char *	head,
		const char *	separator
	)

create a string with bytes in buf converted to hex strings separated by separator and with head string in front of earch byte: HEADffSEP

Parameters

buf	buffer to convert to hexstring
len	buffer size in bytes
head	separator before each hexadecimal numbers
separator	separator after each hexadecimal numbers

Returns

string representing the buffer in hexadecimal "HEAD0x01SEPHEAD0x02SEP..." (you must free the pointer)

Definition at line 6728 of file libsheepy.c.

strCpy()

char * strCpy	(	char *restrict	dst,
		const char *restrict	src
	)

strCpy - copy src to dst

like strcpy with sanity checks

Parameters

dst	destination buffer
src	source string

Returns

dst string NULL error

Definition at line 6771 of file libsheepy.c.

strNCpy()

char * strNCpy	(	char *restrict	dst,
		const char *restrict	src,
		size_t	srcSize
	)

strNCpy - copy src to dst

null safe version of strncpy

Parameters

dst	destination buffer
src	source string
srcSize	source buffer size

Returns

dst string NULL error

Definition at line 6796 of file libsheepy.c.

strLCpy()

char * strLCpy	(	char *restrict	dst,
		size_t	dstSize,
		const char *restrict	src
	)

strLCpy - copy src to dst

like strncpy and the NUL char is always added at the end of the string

Parameters

dst	destination buffer
dstSize	destination buffer size, result string will be no longer than dstSize-1
src	source string

Returns

dst string NULL error

Definition at line 6822 of file libsheepy.c.

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strCat()

char * strCat	(	char *restrict	dst,
		const char *restrict	src
	)

strCat - concatenate two strings

like strcat with sanity checks

Parameters

dst	destination buffer
src	source string

Returns

string with input strings concatenated NULL error

Definition at line 6848 of file libsheepy.c.

strNCat()

char * strNCat	(	char *restrict	dst,
		const char *restrict	src,
		size_t	srcLen
	)

strNCat - concatenate two strings

like strncat with sanity checks

Parameters

dst	destination buffer
src	source string
srcLen	max source len

Returns

string with input strings concatenated NULL error

Definition at line 6872 of file libsheepy.c.

strLCat()

char * strLCat	(	char *restrict	dst,
		size_t	dstSize,
		const char *restrict	src
	)

strLCat - concatenate two strings

like strlcat with sanity checks

Parameters

dst	destination buffer
src	source string
dstSize	destination buffer size, result string will be no longer than dstSize-1

Returns

string with input strings concatenated NULL error

Definition at line 6897 of file libsheepy.c.

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strLNCat()

char * strLNCat	(	char *restrict	dst,
		size_t	dstSize,
		const char *restrict	src,
		size_t	srcLen
	)

strLNCat - concatenate two strings

like strlcat with sanity checks

Parameters

dst	destination buffer
src	source string
dstSize	destination buffer size, result string will be no longer than dstSize-1
srcLen	max source len

Returns

string with input strings concatenated NULL error

Definition at line 6966 of file libsheepy.c.

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catSF()

char * catSF	(	const char *	paramType,
			...
	)

cat String Function

Parameters

arbitrary

list of strings seperated by commas

Returns

string with input strings concatenated (you must free the pointer)

Definition at line 6998 of file libsheepy.c.

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iCatSF()

char * iCatSF	(	char *	dst,
		const char *	paramType,
			...
	)

cat and copy String Function dst has to be big enough to hold the result

Parameters

dst	result destination buffer arbitrary list of strings seperated by commas

Returns

dst string with input strings concatenated

Definition at line 7027 of file libsheepy.c.

bLCatSF()

char * bLCatSF	(	char *	dst,
		size_t	dstSize,
		const char *	paramType,
			...
	)

cat and copy String Function

Parameters

dst	result destination buffer arbitrary list of strings seperated by commas

Returns

dst string with input strings concatenated

Definition at line 7057 of file libsheepy.c.

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formatS()

char * formatS	(	const char *	fmt,
			...
	)

format string allocate and format string using asprintf

Parameters

format

string and other parameters

Returns

allocated and formated string (you must free the pointer) NULL when fmt is NULL or asprintf fails

Definition at line 7092 of file libsheepy.c.

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bFormatS()

char * bFormatS	(	char *	string,
		const char *	fmt,
			...
	)

format string

format and store in string: bFormatS(string, "Value %d", i);

Parameters

format

string and other parameters

Returns

formated string NULL when string, fmt are NULL or sprintf fails

Definition at line 7117 of file libsheepy.c.

bLFormatS()

char * bLFormatS	(	char *	string,
		size_t	stringSize,
		const char *	fmt,
			...
	)

format string

format and store in string: bLFormatS(string, sizeof(string), "Value %d", i);

Parameters

format

string and other parameters

Returns

formated string NULL when string, fmt is NULL or snprintf fails

Definition at line 7140 of file libsheepy.c.

appendS()

char * appendS	(	const char *	string1,
		const char *	string2
	)

append strings

Parameters

string1

string string2 string to append at the end of string1

Returns

new string string1+string2 (you must free the pointer) dup string1 when string2 is NULL (you must free the pointer) NULL when string1 is NULL

Definition at line 7166 of file libsheepy.c.

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appendCharS()

char * appendCharS	(	const char *	string1,
		char	c
	)

append char to string when c is 0 the result is string1

Parameters

string1

string c char to append

Returns

new string string1+c (you must free the pointer) NULL when string1 is NULL

Definition at line 7209 of file libsheepy.c.

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appendSChar()

char * appendSChar	(	char	c,
		const char *	string2
	)

append string to char

Parameters

string1

string c char to append

Returns

new string string1+c (you must free the pointer) NULL when string1 is NULL

Definition at line 7245 of file libsheepy.c.

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iAppendS()

char * iAppendS	(	char **	string1,
		const char *	string2
	)

append strings

Parameters

string1

string, which is reallocated. string2 string to append at the end of string1

Returns

string1 modified string1 (realloc), string1+string2 (you must free the pointer) string1 no change when string2 is NULL (you must free the pointer) NULL no change when string1 is NULL

Definition at line 7285 of file libsheepy.c.

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iAppendCharS()

char * iAppendCharS	(	char **	string1,
		char	c
	)

append char to string

Parameters

string1

string, which is reallocated. c char to append at the end of string1

Returns

string1 modified string1 (realloc), string1+c (you must free the pointer) NULL no change when string1 is NULL

Definition at line 7329 of file libsheepy.c.

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iAppendNFreeS()

char * iAppendNFreeS	(	char **	string1,
		char *	string2
	)

append and free strings

string2 is freed (except when there is an error)

Parameters

string1

string, which is reallocated. string2 string to append at the end of string1

Returns

string1 modified string1 (realloc), string1+string2 (you must free the pointer) NULL no change when string1 or string2 are NULL

Definition at line 7368 of file libsheepy.c.

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iAppendManySF()

char * iAppendManySF	(	char **	string,
		const char *	paramType,
			...
	)

append many strings

Parameters

string1

string, which is reallocated. string2 string to append at the end of string1

Returns

string1 modified string1, string1+string2 (you must free the pointer) NULL no change when string1 or string2 are NULL

Definition at line 7388 of file libsheepy.c.

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bAppendManySF()

char * bAppendManySF	(	char *	string,
		const char *	paramType,
			...
	)

buffer append many strings

Parameters

string1

string string2 string to append at the end of string1

Returns

string1 modified string1, string1+string2 NULL no change when string1 or string2 are NULL

Definition at line 7427 of file libsheepy.c.

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bLAppendManySF()

char * bLAppendManySF	(	char *	string,
		size_t	stringSize,
		const char *	paramType,
			...
	)

buffer size append many strings

Parameters

string1

string string2 string to append at the end of string1

Returns

string1 modified string1, string1+string2 NULL no change when string1 or string2 are NULL

Definition at line 7466 of file libsheepy.c.

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prependS()

char * prependS	(	const char *	string1,
		const char *	string2
	)

prepend strings

Parameters

string1

string string2 string to prepend at the beginning of string1

Returns

new string string2+string1 (you must free the pointer) dup string2 when string1 is NULL (you must free the pointer) NULL when string2 is NULL

Definition at line 7511 of file libsheepy.c.

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prependCharS()

char * prependCharS	(	const char *	string1,
		char	c
	)

prepend char to string

Parameters

string1

string c char to prepend at the beginning of string1

Returns

new string c+string1 (you must free the pointer) NULL when string1 is NULL

Definition at line 7526 of file libsheepy.c.

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prependSChar()

char * prependSChar	(	char	c,
		const char *	string2
	)

prepend string to char

Parameters

c	char string2 string to prepend at the beginning of c

Returns

new string string2+c (you must free the pointer) NULL when string2 is NULL

Definition at line 7541 of file libsheepy.c.

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iPrependS()

char * iPrependS	(	char **	string1,
		const char *	string2
	)

prepend strings

Parameters

string1

string, which is reallocated. string2 string to prepend at the beginning of string1

Returns

string1 modified string1, string2+string1 (you must free the pointer) string1 when string2 is NULL (you must free the pointer) NULL no change when string1 is NULL

Definition at line 7557 of file libsheepy.c.

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iPrependCharS()

char * iPrependCharS	(	char **	string1,
		char	c
	)

prepend char to string

Parameters

string1

string, which is reallocated. c char to prepend at the beginning of string1

Returns

string1 modified string1, c+string1 (you must free the pointer) NULL no change when string1 is NULL

Definition at line 7591 of file libsheepy.c.

iPrependNFreeS()

char * iPrependNFreeS	(	char **	string1,
		char *	string2
	)

prepend and free strings

string2 is freed

Parameters

string1

string, which is reallocated. string2 string to prepend at the beginning of string1

Returns

string1 modified string1, string2+string1 (you must free the pointer) NULL no change when string1 or string2 are NULL

Definition at line 7634 of file libsheepy.c.

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bPrependS()

char * bPrependS	(	char *	string1,
		const char *	string2
	)

buffer prepend strings

Parameters

string1

string string2 string to prepend at the beginning of string1

Returns

string1 modified string1, string2+string1 NULL no change when string1 or string2 are NULL

Definition at line 7655 of file libsheepy.c.

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bLPrependS()

char * bLPrependS	(	char *	string1,
		size_t	string1Size,
		const char *	string2
	)

buffer prepend strings

Parameters

string1

string string2 string to prepend at the beginning of string1

Returns

string1 modified string1, string2+string1 NULL no change when string1 or string2 are NULL

Definition at line 7687 of file libsheepy.c.

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replaceS()

char * replaceS	(	const char *	s,
		const char *	olds,
		const char *	news,
		size_t	max
	)

replace String the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string olds: old string to be replaced in s news: new string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

new string (you must free the pointer) "" when s is empty NULL when s is NULL NULL when olds is empty

Definition at line 7731 of file libsheepy.c.

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replaceCharSS()

char * replaceCharSS	(	const char *	s,
		char	olds,
		const char *	news,
		size_t	max
	)

Definition at line 7805 of file libsheepy.c.

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replaceSCharS()

char * replaceSCharS	(	const char *	s,
		const char *	olds,
		char	news,
		size_t	max
	)

Definition at line 7811 of file libsheepy.c.

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replaceCharCharS()

char * replaceCharCharS	(	const char *	s,
		char	olds,
		char	news,
		size_t	max
	)

Definition at line 7817 of file libsheepy.c.

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replaceSLen()

size_t replaceSLen	(	const char *	s,
		const char *	olds,
		const char *	news,
		size_t	max
	)

replaceSLen returns the length of the resulting string

Definition at line 7827 of file libsheepy.c.

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iReplaceS()

char * iReplaceS	(	char **	s,
		const char *	olds,
		const char *	news,
		size_t	max
	)

replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string (that is allocated with malloc) olds: old string to be replaced in s news: new string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

modified s string (you must free the pointer) NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 7892 of file libsheepy.c.

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iReplaceCharSS()

char * iReplaceCharSS	(	char **	s,
		char	olds,
		const char *	news,
		size_t	max
	)

Definition at line 7971 of file libsheepy.c.

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iReplaceSCharS()

char * iReplaceSCharS	(	char **	s,
		const char *	olds,
		char	news,
		size_t	max
	)

Definition at line 7977 of file libsheepy.c.

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iReplaceCharCharS()

char * iReplaceCharCharS	(	char **	s,
		char	olds,
		char	news,
		size_t	max
	)

Definition at line 7983 of file libsheepy.c.

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bReplaceS()

char * bReplaceS	(	char *	s,
		const char *	olds,
		const char *	news,
		size_t	max
	)

buffer replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string olds: old string to be replaced in s news: new string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

modified s string NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 8004 of file libsheepy.c.

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bLReplaceS()

char * bLReplaceS	(	char *	s,
		size_t	sSize,
		const char *	olds,
		const char *	news,
		size_t	max
	)

buffer size replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string olds: old string to be replaced in s news: new string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

modified s string NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 8097 of file libsheepy.c.

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replaceManySF()

char * replaceManySF	(	const char *	paramType,
			...
	)

replace Many Strings the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result

Example: r = replaceManyS("asd", "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

s	string olds: old string to be replaced in s news: new string replacing olds in s ...

Returns

new string (you must free the pointer) "" when s is empty NULL when s is NULL NULL when only 2 parameters are given NULL when any olds is empty

Definition at line 8202 of file libsheepy.c.

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iReplaceManySF()

char * iReplaceManySF	(	char **	s,
		char *	paramType,
			...
	)

replace Many Strings the olds string is replaced with the news string max times in the result

Example: iReplaceManyS(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string

(this parameter is reallocated) olds: old string to be replaced in s news: new string replacing olds in s ...

Returns

modified string (you must free the pointer) NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 8263 of file libsheepy.c.

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bReplaceManySF()

char * bReplaceManySF	(	char *	s,
		char *	paramType,
			...
	)

buffer replace Many Strings the olds string is replaced with the news string max times in the result

Example: bReplaceManyS(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string

olds: old string to be replaced in s news: new string replacing olds in s ...

Returns

modified string NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 8317 of file libsheepy.c.

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bLReplaceManySF()

char * bLReplaceManySF	(	char *	s,
		size_t	sSize,
		char *	paramType,
			...
	)

buffer size replace Many Strings the olds string is replaced with the news string max times in the result

Example: bReplaceManyS(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string

olds: old string to be replaced in s news: new string replacing olds in s ...

Returns

modified string NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 8371 of file libsheepy.c.

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icReplaceS()

char * icReplaceS	(	const char *	s,
		const char *	olds,
		const char *	news,
		size_t	max
	)

ignore case Replace String the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string olds: old string to be replaced in s news: new string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

new string (you must free the pointer) "" when s is empty NULL when s is NULL NULL when olds is empty

Definition at line 8429 of file libsheepy.c.

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icReplaceCharSS()

char * icReplaceCharSS	(	const char *	s,
		char	olds,
		const char *	news,
		size_t	max
	)

Definition at line 8503 of file libsheepy.c.

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icReplaceSCharS()

char * icReplaceSCharS	(	const char *	s,
		const char *	olds,
		char	news,
		size_t	max
	)

Definition at line 8509 of file libsheepy.c.

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icReplaceCharCharS()

char * icReplaceCharCharS	(	const char *	s,
		char	olds,
		char	news,
		size_t	max
	)

Definition at line 8515 of file libsheepy.c.

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iicReplaceS()

char * iicReplaceS	(	char **	s,
		const char *	olds,
		const char *	news,
		size_t	max
	)

in place ignore case replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string (this parameter is reallocated) olds: old string to be replaced in s news: new string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

modified s string (you must free the pointer) NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 8537 of file libsheepy.c.

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iicReplaceCharSS()

char * iicReplaceCharSS	(	char **	s,
		char	olds,
		const char *	news,
		size_t	max
	)

Definition at line 8616 of file libsheepy.c.

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iicReplaceSCharS()

char * iicReplaceSCharS	(	char **	s,
		const char *	olds,
		char	news,
		size_t	max
	)

Definition at line 8622 of file libsheepy.c.

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iicReplaceCharCharS()

char * iicReplaceCharCharS	(	char **	s,
		char	olds,
		char	news,
		size_t	max
	)

Definition at line 8628 of file libsheepy.c.

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bicReplaceS()

char * bicReplaceS	(	char *	s,
		const char *	olds,
		const char *	news,
		size_t	max
	)

buffer ignore case replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string olds: old string to be replaced in s news: new string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

modified s string NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 8649 of file libsheepy.c.

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bLicReplaceS()

char * bLicReplaceS	(	char *	s,
		size_t	sSize,
		const char *	olds,
		const char *	news,
		size_t	max
	)

buffer size ignore case replace String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string olds: old string to be replaced in s news: new string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

modified s string NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 8742 of file libsheepy.c.

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icReplaceManySF()

char * icReplaceManySF	(	const char *	paramType,
			...
	)

ignore case replace Many Strings the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result

Example: r = icReplaceManyS("asd", "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

s	string olds: old string to be replaced in s news: new string replacing olds in s ...

Returns

new string (you must free the pointer) "" when s is empty NULL when s is NULL NULL when only 2 parameters are given NULL when any olds is empty

Definition at line 8847 of file libsheepy.c.

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iicReplaceManySF()

char * iicReplaceManySF	(	char **	s,
		char *	paramType,
			...
	)

in place ignore case replace Many Strings the olds string is replaced with the news string max times in the result

Example: iicReplaceManyS(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string

(this parameter is reallocated) olds: old string to be replaced in s news: new string replacing olds in s ...

Returns

modified string (you must free the pointer) NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 8908 of file libsheepy.c.

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bicReplaceManySF()

char * bicReplaceManySF	(	char *	s,
		char *	paramType,
			...
	)

buffer ignore case replace Many Strings the olds string is replaced with the news string max times in the result

Example: bReplaceManyS(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string

olds: old string to be replaced in s news: new string replacing olds in s ...

Returns

modified string NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 8962 of file libsheepy.c.

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bLicReplaceManySF()

char * bLicReplaceManySF	(	char *	s,
		size_t	sSize,
		char *	paramType,
			...
	)

buffer size ignore case replace Many Strings the olds string is replaced with the news string max times in the result

Example: bReplaceManyS(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string

olds: old string to be replaced in s news: new string replacing olds in s ...

Returns

modified string NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 9016 of file libsheepy.c.

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eqS()

bool eqS	(	const char *	string1,
		const char *	string2
	)

string Equal compare string1 to string2

Parameters

2

strings

Returns

true the strings have identical content false they differ

Definition at line 9067 of file libsheepy.c.

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eqCharS()

bool eqCharS	(	char	c,
		const char *	string2
	)

Definition at line 9076 of file libsheepy.c.

eqSChar()

bool eqSChar	(	const char *	string1,
		char	c
	)

Definition at line 9086 of file libsheepy.c.

eqIS()

bool eqIS	(	const char *	string1,
		const char *	string2,
		int64_t	index
	)

string Index Equal compare string1 at index to string2 when string2 is empty, the result is false

Parameters

2

strings

Returns

true string1 at index is equal to string2 false they differ

Definition at line 9107 of file libsheepy.c.

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eqICharS()

bool eqICharS	(	const char *	string1,
		char	c,
		int64_t	index
	)

Definition at line 9142 of file libsheepy.c.

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startsWithS()

bool startsWithS	(	const char *	string1,
		const char *	string2
	)

starts With String compare start of string1 with string2

Parameters

2

strings

Returns

true when string1 starts with string2 false for other cases

Definition at line 9158 of file libsheepy.c.

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startsWithCharS()

bool startsWithCharS	(	const char *	string1,
		char	c
	)

Definition at line 9167 of file libsheepy.c.

endsWithS()

bool endsWithS	(	const char *	string1,
		const char *	string2
	)

ends With String compare end of string1 with string2

Parameters

2

strings

Returns

true when string1 ends with string2 false for other cases

Definition at line 9185 of file libsheepy.c.

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endsWithCharS()

bool endsWithCharS	(	const char *	string1,
		char	c
	)

Definition at line 9198 of file libsheepy.c.

countS()

ssize_t countS	(	const char *	s,
		const char *	needle
	)

count String count number of (non-overlapping) occurrences of a substring

Example: assert(countS("aaa aaa", "a") == 6); assert(countS("aaa aaa", "ab") == 0); assert(countS("aaa aaa", "aa") == 2);

Parameters

2

strings

Returns

string count -1 when there is an error

Definition at line 9230 of file libsheepy.c.

countCharS()

ssize_t countCharS	(	const char *	s,
		char	c
	)

Definition at line 9254 of file libsheepy.c.

icEqS()

bool icEqS	(	const char *	string1,
		const char *	string2
	)

ignore case string Equal compare string1 to string2

Parameters

2

strings

Returns

true the strings have identical content false they differ

Definition at line 9283 of file libsheepy.c.

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icEqCharS()

bool icEqCharS	(	char	c,
		const char *	string2
	)

Definition at line 9292 of file libsheepy.c.

icEqSChar()

bool icEqSChar	(	const char *	string1,
		char	c
	)

Definition at line 9302 of file libsheepy.c.

icEqIS()

bool icEqIS	(	const char *	string1,
		const char *	string2,
		int64_t	index
	)

ignore case string Index Equal compare string1 at index to string2 when string2 is empty, the result is false

Parameters

2

strings

Returns

true string1 at index is equal to string2 false they differ

Definition at line 9323 of file libsheepy.c.

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icEqICharS()

bool icEqICharS	(	const char *	string1,
		char	c,
		int64_t	index
	)

Definition at line 9358 of file libsheepy.c.

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icStartsWithS()

bool icStartsWithS	(	const char *	string1,
		const char *	string2
	)

ignore case starts With String compare start of string1 with string2

Parameters

2

strings

Returns

true when string1 starts with string2 false for other cases

Definition at line 9374 of file libsheepy.c.

icStartsWithCharS()

bool icStartsWithCharS	(	const char *	string1,
		char	c
	)

Definition at line 9383 of file libsheepy.c.

icEndsWithS()

bool icEndsWithS	(	const char *	string1,
		const char *	string2
	)

ignore case ends With String compare end of string1 with string2

Parameters

2

strings

Returns

true when string1 ends with string2 false for other cases

Definition at line 9401 of file libsheepy.c.

icEndsWithCharS()

bool icEndsWithCharS	(	const char *	string1,
		char	c
	)

Definition at line 9414 of file libsheepy.c.

icCountS()

ssize_t icCountS	(	const char *	s,
		const char *	needle
	)

ignore case count String count number of (non-overlapping) occurrences of a substring

Example: assert(countS("aaa aaa", "a") == 6); assert(countS("aaa aaa", "ab") == 0); assert(countS("aaa aaa", "aa") == 2);

Parameters

2

strings

Returns

string count -1 when there is an error

Definition at line 9446 of file libsheepy.c.

icCountCharS()

ssize_t icCountCharS	(	const char *	s,
		char	c
	)

Definition at line 9470 of file libsheepy.c.

hasCtrlChar()

bool hasCtrlChar

(

const char *

string

)

has control char

Returns

true when there is a terminal control in string

Definition at line 9497 of file libsheepy.c.

stripCtrlS()

char * stripCtrlS

(

const char *

string

)

remove terminal control char from string

Parameters

string

Returns

new string without the control chars NULL when string is NULL

Definition at line 9521 of file libsheepy.c.

iStripCtrlS()

char * iStripCtrlS

(

char **

string

)

remove terminal control char from string

Parameters

string

pointer to a string

Returns

string without the control chars NULL when string is NULL

Definition at line 9553 of file libsheepy.c.

bStripCtrlS()

char * bStripCtrlS

(

char *

string

)

remove terminal control char from string

Parameters

string

Returns

string without the control chars NULL when string is NULL

Definition at line 9581 of file libsheepy.c.

stripColorsS()

char * stripColorsS

(

const char *

string

)

remove ansi colors from string

Parameters

string

Returns

new string without colors NULL when string is NULL

Definition at line 9609 of file libsheepy.c.

iStripColorsS()

char * iStripColorsS

(

char **

string

)

remove ansi colors from string

Parameters

string

pointer to a string

Returns

string without the control chars NULL when string is NULL

Definition at line 9690 of file libsheepy.c.

bStripColorsS()

char * bStripColorsS

(

char *

string

)

remove terminal control char from string

Parameters

string

Returns

string without the control chars NULL when string is NULL

Definition at line 9768 of file libsheepy.c.

quoteS()

char * quoteS	(	const char *	s,
		char	delim
	)

add backslash '\' before delim('\'' or '"') and backslash the backslashes in the result avoid splitting the string when it is in a source file or a json string

Parameters

s	string to escape
delim	string delimiter ' or "

Returns

new string with escape backslash (free this buffer) null when s is null

Definition at line 9850 of file libsheepy.c.

bQuoteS()

char * bQuoteS	(	char *	dest,
		const char *	s,
		char	delim
	)

add backslash '\' before delim('\'' or '"') and backslash the backslashes in the result avoid splitting the string when it is in a source file or a json string

Parameters

dest	destination buffer, it should be big enough
s	string to escape
delim	string delimiter ' or "

Returns

new string with escape backslash (free this buffer) null when s is null

Definition at line 9914 of file libsheepy.c.

bLQuoteS()

char * bLQuoteS	(	char *	dest,
		size_t	destSize,
		const char *	s,
		char	delim
	)

add backslash '\' before delim('\'' or '"') and backslash the backslashes in the result avoid splitting the string when it is in a source file or a json string

Parameters

dest	destination buffer
destSize	destination buffer size
s	string to escape
delim	string delimiter ' or "

Returns

new string with escape backslash (free this buffer) null when s is null

Definition at line 9959 of file libsheepy.c.

quoteLenS()

size_t quoteLenS	(	const char *	s,
		char	delim
	)

return the length of the escaped string (without the terminating \0)

Definition at line 10007 of file libsheepy.c.

escapeS()

char * escapeS	(	const char *	s,
		char	delim
	)

escape string according the json specification (RFC 8259) if there is in the string, the backslash is escaped and it will be parsed as the string '' be the json parsers the unicode characters should be converted to UTF8 codepoints instead of using the result can be included in a json string and the parsing will be correct

Parameters

s	string to escape
delim	string delimiter ' or "

Returns

new string with escape backslash (free this buffer) null when s is null

Definition at line 10045 of file libsheepy.c.

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bEscapeS()

char * bEscapeS	(	char *	dest,
		const char *	s,
		char	delim
	)

escape string according the json specification (RFC 8259) if there is in the string, the backslash is escaped and it will be parsed as the string '' be the json parsers the unicode characters should be converted to UTF8 codepoints instead of using the result can be included in a json string and the parsing will be correct

Parameters

dest	destination buffer
s	string to escape
delim	string delimiter ' or "

Returns

new string with escape backslash (free this buffer) null when s is null

Definition at line 10134 of file libsheepy.c.

bLEscapeS()

char * bLEscapeS	(	char *	dest,
		size_t	destSize,
		const char *	s,
		char	delim
	)

escape string according the json specification (RFC 8259) if there is in the string, the backslash is escaped and it will be parsed as the string '' be the json parsers the unicode characters should be converted to UTF8 codepoints instead of using the result can be included in a json string and the parsing will be correct

Parameters

dest	destination buffer
destSize	destination buffer size
s	string to escape
delim	string delimiter ' or "

Returns

new string with escape backslash (free this buffer) null when s is null

Definition at line 10205 of file libsheepy.c.

escapeLenS()

size_t escapeLenS	(	const char *	s,
		char	delim
	)

return the length of the escaped string (without the terminating \0)

Definition at line 10276 of file libsheepy.c.

nibbleToHex()

char nibbleToHex

(

u8

n

)

convert number between 0 and 15 to hexadecimal character '0' to 'F'

Definition at line 10301 of file libsheepy.c.

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cEscapeS()

char * cEscapeS

(

const char *

S

)

escape string to become a valid C source string control characters, backslash and double quotes are escaped.

control characters without an escaped representation () are represented as hexidecimal literal '' the result can be included in C source code and the parsing will be correct

Parameters

S	string to escape

Returns

new escaped string (free this buffer) null when S is null

Definition at line 10328 of file libsheepy.c.

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bCEscapeS()

char * bCEscapeS	(	char *	dest,
		const char *	S
	)

escape string to become a valid C source string control characters, backslash and double quotes are escaped.

control characters without an escaped representation () are represented as hexidecimal literal '' the result can be included in C source code and the parsing will be correct

Parameters

dest	destination buffer
S	string to escape

Returns

new escaped string (free this buffer) null when S is null

Definition at line 10459 of file libsheepy.c.

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bLCEscapeS()

char * bLCEscapeS	(	char *	dest,
		size_t	destSize,
		const char *	S
	)

escape string to become a valid C source string control characters, backslash and double quotes are escaped.

control characters without an escaped representation () are represented as hexidecimal literal '' the result can be included in C source code and the parsing will be correct

Parameters

dest	destination buffer
destSize	destination buffer size
S	string to escape

Returns

new escaped string (free this buffer) null when S is null

Definition at line 10549 of file libsheepy.c.

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cEscapeLenS()

size_t cEscapeLenS

(

const char *

s

)

return the length of the escaped string (without the terminating \0)

Definition at line 10693 of file libsheepy.c.

isNumber()

bool isNumber

(

const char *

string

)

is Number (integer or float) String

1, -12 1e+4, -1.44E-1

Parameters

string

Returns

true when string is a number false when string is not a number or string is empty or NULL

Definition at line 10749 of file libsheepy.c.

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isInt()

bool isInt

(

const char *

string

)

is Integer String

Parameters

string

Returns

true when string is an integer false when string is not an integer or string is empty or NULL

Definition at line 10811 of file libsheepy.c.

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parseInt()

int64_t parseInt

(

const char *

string

)

convert string to decimal integer

Parameters

string

Returns

int64_t 0 when string represents 0 or doesnt represent a number or the input is NULL

Definition at line 10846 of file libsheepy.c.

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parseIntChar()

int64_t parseIntChar

(

char

c

)

Definition at line 10863 of file libsheepy.c.

parseI64()

int64_t parseI64

(

const char *

string

)

convert string to decimal integer

Parameters

string

Returns

int64_t 0 when string represents 0 or doesnt represent a number or the input is NULL

Definition at line 10880 of file libsheepy.c.

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parseI64Char()

int64_t parseI64Char

(

char

c

)

Definition at line 10897 of file libsheepy.c.

parseDouble()

double parseDouble

(

const char *

string

)

convert string to double

Parameters

string

Returns

double 0 when string represents 0 or doesnt represent a number or the input is NULL

Definition at line 10914 of file libsheepy.c.

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parseDoubleChar()

double parseDoubleChar

(

char

c

)

Definition at line 10927 of file libsheepy.c.

parseHex()

uint64_t parseHex

(

const char *

string

)

parse hexadecimal number in a string

Parameters

string

hexadecimal string starting with 0x

Returns

integer value 0 failed or the value is 0

Definition at line 10944 of file libsheepy.c.

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intToS()

char * intToS

(

int64_t

n

)

int To String

convert int to string

Parameters

int64

number

Returns

string representing the number (you must free the pointer)

Definition at line 10970 of file libsheepy.c.

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bIntToS()

char * bIntToS	(	char *	s,
		int64_t	n
	)

buffer int To String

convert int to string

Parameters

int64

number

Returns

string representing the number

Definition at line 10989 of file libsheepy.c.

doubleToS()

char * doubleToS

(

double

n

)

double To String

convert int to string

Parameters

double

number

Returns

string representing the number (you must free the pointer)

Definition at line 11008 of file libsheepy.c.

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bDoubleToS()

char * bDoubleToS	(	char *	s,
		double	n
	)

buffer double To String

convert int to string

Parameters

double

number

Returns

string representing the number

Definition at line 11027 of file libsheepy.c.

lenS()

size_t lenS

(

const char *

string

)

length string

return strlen when possible

Parameters

string

Returns

strlen value 0 when string is NULL

Definition at line 11047 of file libsheepy.c.

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sizeS()

size_t sizeS

(

const char *

string

)

string buffer size

return strlen+1 when possible

Parameters

string

Returns

strlen+1 value 0 when string is NULL

Definition at line 11066 of file libsheepy.c.

upperS()

char * upperS

(

const char *

string

)

upper case String duplicate string

Parameters

string

Returns

new upper case string (you must free the pointer)

Definition at line 11083 of file libsheepy.c.

iUpperS()

char * iUpperS

(

char **

string

)

upper case String

Parameters

string

Returns

upper case string NULL error

Definition at line 11114 of file libsheepy.c.

bUpperS()

char * bUpperS

(

char *

string

)

buffer upper case String

Parameters

string

Returns

upper case string NULL error

Definition at line 11139 of file libsheepy.c.

lowerS()

char * lowerS

(

const char *

string

)

lower case String duplicate string

Parameters

string

Returns

new lower case string (you must free the pointer)

Definition at line 11164 of file libsheepy.c.

iLowerS()

char * iLowerS

(

char **

string

)

lower case String

Parameters

string

Returns

lower case string NULL error

Definition at line 11195 of file libsheepy.c.

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bLowerS()

char * bLowerS

(

char *

string

)

buffer lower case String

Parameters

string

Returns

lower case string NULL error

Definition at line 11220 of file libsheepy.c.

trimS()

char * trimS

(

const char *

string

)

trim String duplicate string

Parameters

string

Returns

new string without leading or trailing spaces (you must free the pointer)

Definition at line 11245 of file libsheepy.c.

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iTrimS()

char * iTrimS

(

char **

string

)

trim String

Parameters

string

(this parameter is reallocated)

Returns

string without leading or trailing spaces NULL error

Definition at line 11292 of file libsheepy.c.

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bTrimS()

char * bTrimS

(

char *

string

)

buffer trim String

Parameters

string

Returns

string without leading or trailing spaces NULL error

Definition at line 11345 of file libsheepy.c.

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lTrimS()

char * lTrimS

(

const char *

string

)

left trim String duplicate string

Parameters

string

Returns

new string without leading spaces (you must free the pointer)

Definition at line 11397 of file libsheepy.c.

iLTrimS()

char * iLTrimS

(

char **

string

)

left trim String

Parameters

string

(this parameter is reallocated)

Returns

string without leading spaces (you must free the pointer) NULL error

Definition at line 11430 of file libsheepy.c.

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bLTrimS()

char * bLTrimS

(

char *

string

)

buffer left trim String

Parameters

string

Returns

string without leading spaces NULL error

Definition at line 11464 of file libsheepy.c.

rTrimS()

char * rTrimS

(

const char *

string

)

right trim String duplicate string

Parameters

string

Returns

new string without trailing spaces (you must free the pointer)

Definition at line 11492 of file libsheepy.c.

iRTrimS()

char * iRTrimS

(

char **

string

)

right trim String

Parameters

string

Returns

string without trailing spaces NULL error

Definition at line 11529 of file libsheepy.c.

bRTrimS()

char * bRTrimS

(

char *

string

)

buffer right trim String

Parameters

string

Returns

string without trailing spaces NULL error

Definition at line 11559 of file libsheepy.c.

uniqS()

char * uniqS	(	const char *	string,
		char	c
	)

uniq String duplicate string

remove successive repetitions of char c

Parameters

string

c character to remove

Returns

new string without successive repetitions of char c (you must free the pointer)

Definition at line 11592 of file libsheepy.c.

iUniqS()

char * iUniqS	(	char **	string,
		char	c
	)

uniq String

remove successive repetitions of char c

Parameters

string

c character to remove

Returns

string without successive repetitions of char c NULL error

Definition at line 11638 of file libsheepy.c.

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bUniqS()

char * bUniqS	(	char *	string,
		char	c
	)

buffer uniq String

remove successive repetitions of char c

Parameters

string

c character to remove

Returns

string without successive repetitions of char c NULL error

Definition at line 11682 of file libsheepy.c.

icUniqS()

char * icUniqS	(	const char *	string,
		char	c
	)

ignore case uniq String duplicate string

remove successive repetitions of char c

Parameters

string

c character to remove

Returns

new string without successive repetitions of char c (you must free the pointer)

Definition at line 11726 of file libsheepy.c.

iicUniqS()

char * iicUniqS	(	char **	string,
		char	c
	)

in place ignore case uniq String

remove successive repetitions of char c

Parameters

string

c character to remove

Returns

string without successive repetitions of char c NULL error

Definition at line 11774 of file libsheepy.c.

bicUniqS()

char * bicUniqS	(	char *	string,
		char	c
	)

ignore case buffer uniq String

remove successive repetitions of char c

Parameters

string

c character to remove

Returns

string without successive repetitions of char c NULL error

Definition at line 11820 of file libsheepy.c.

repeatS()

char * repeatS	(	const char *	string,
		size_t	count
	)

repeat string count times

Parameters

string
count	number of times string is repeated

Returns

new string with string repeated count times (you must free the pointer) NULL when string is NULL

Definition at line 11865 of file libsheepy.c.

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iRepeatS()

char * iRepeatS	(	char **	string,
		size_t	count
	)

repeat string count times

Parameters

string	(this parameter is reallocated)
count	number of times string is repeated

Returns

string with string repeated count times NULL when string is NULL

Definition at line 11908 of file libsheepy.c.

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bRepeatS()

char * bRepeatS	(	char *	dest,
		const char *	string,
		size_t	count
	)

repeat string count times

Parameters

dest	buffer big enough to hold count times string
string
count	number of times string is repeated

Returns

dest with string repeated count times NULL when dest or string are NULL

Definition at line 11956 of file libsheepy.c.

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bLRepeatS()

char * bLRepeatS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	count
	)

repeat string count times

Parameters

dest	buffer big enough to hold count times string
destSize	dest buffer size (sizeof(dest))
string
count	number of times string is repeated

Returns

dest with string repeated count times NULL when dest or string are NULL

Definition at line 11996 of file libsheepy.c.

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repeatCharS()

char * repeatCharS	(	char	c,
		size_t	count
	)

repeat char count times

Parameters

c	char to repeat
count	number of times c is repeated

Returns

new string with c repeated count times (you must free the pointer)

Definition at line 12036 of file libsheepy.c.

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bRepeatCharS()

char * bRepeatCharS	(	char *	dest,
		char	c,
		size_t	count
	)

repeat char count times

Parameters

dest	buffer big enough to hold count times c
c	char to repeat
count	number of times c is repeated

Returns

dest with c repeated count times NULL when dest is NULL

Definition at line 12055 of file libsheepy.c.

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bLRepeatCharS()

char * bLRepeatCharS	(	char *	dest,
		size_t	destSize,
		char	c,
		size_t	count
	)

repeat char count times

Parameters

dest	buffer big enough to hold count times c
destSize	dest buffer size (sizeof(dest))
c	char to repeat
count	number of times c is repeated

Returns

dest with c repeated count times NULL when dest is NULL

Definition at line 12076 of file libsheepy.c.

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repeatLenS()

ssize_t repeatLenS	(	const char *	string,
		size_t	count
	)

length of string repeated count times

Parameters

string
count	number of times string is repeated

Returns

length of string repeated count times -1 when string is NULL

Definition at line 12093 of file libsheepy.c.

ellipsisStartS()

char * ellipsisStartS	(	const char *	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

ellipsis start string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the right and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

new string of the specified length with the pad string applied from the start (you must free the pointer) NULL when string or ellipsisString are NULL

Definition at line 12126 of file libsheepy.c.

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iEllipsisStartS()

char * iEllipsisStartS	(	char **	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

ellipsis start string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string	(this parameter is reallocated)
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the right and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

updated string of the specified length with the pad string applied from the start NULL when string or ellipsisString are NULL

Definition at line 12172 of file libsheepy.c.

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bEllipsisStartS()

char * bEllipsisStartS	(	char *	dest,
		const char *	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

ellipsis start string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the right and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

string in dest of the specified length with the pad string applied from the start NULL when dest, string or ellipsisString are NULL

Definition at line 12217 of file libsheepy.c.

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bLEllipsisStartS()

char * bLEllipsisStartS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

ellipsis start string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the right and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

string in dest of the specified length with the pad string applied from the start NULL when dest, string or ellipsisString are NULL

Definition at line 12265 of file libsheepy.c.

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ellipsisStartCharS()

char * ellipsisStartCharS	(	const char *	string,
		size_t	targetLength,
		char	ellipsisChar
	)

ellipsis start string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the right and the pad is applied once
ellipsisChar	The char to pad the current string with.

Returns

new string of the specified length with the pad string applied from the start (you must free the pointer) NULL when string or ellipsisString are NULL

Definition at line 12319 of file libsheepy.c.

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iEllipsisStartCharS()

char * iEllipsisStartCharS	(	char **	string,
		size_t	targetLength,
		char	ellipsisChar
	)

ellipsis start string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string	(this parameter is reallocated)
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the right and the pad is applied once
ellipsisChar	The char to pad the current string with.

Returns

updated string of the specified length with the pad string applied from the start NULL when string or ellipsisString are NULL

Definition at line 12366 of file libsheepy.c.

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bEllipsisStartCharS()

char * bEllipsisStartCharS	(	char *	dest,
		const char *	string,
		size_t	targetLength,
		char	ellipsisChar
	)

ellipsis start string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the right and the pad is applied once
ellipsisChar	The char to pad the current string with.

Returns

string in dest of the specified length with the pad string applied from the start NULL when dest, string or ellipsisString are NULL

Definition at line 12413 of file libsheepy.c.

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bLEllipsisStartCharS()

char * bLEllipsisStartCharS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	targetLength,
		char	ellipsisChar
	)

ellipsis start string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the right and the pad is applied once
ellipsisChar	The char to pad the current string with.

Returns

string in dest of the specified length with the pad string applied from the start NULL when dest, string or ellipsisString are NULL

Definition at line 12463 of file libsheepy.c.

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ellipsisLenS()

ssize_t ellipsisLenS	(	const char *	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

length of string after ellipsis

Parameters

string

Returns

length of string after ellipsis -1 when string is NULL

Definition at line 12511 of file libsheepy.c.

ellipsisEndS()

char * ellipsisEndS	(	const char *	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

ellipsis end string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the left and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

new string of the specified length with the pad string applied from the end (you must free the pointer) NULL when string or ellipsisString are NULL

Definition at line 12546 of file libsheepy.c.

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iEllipsisEndS()

char * iEllipsisEndS	(	char **	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

ellipsis end string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string	(this parameter is reallocated)
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the left and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

updated string of the specified length with the pad string applied from the end NULL when string or ellipsisString are NULL

Definition at line 12595 of file libsheepy.c.

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bEllipsisEndS()

char * bEllipsisEndS	(	char *	dest,
		const char *	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

ellipsis end string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the left and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

string in dest of the specified length with the pad string applied from the end NULL when dest, string or ellipsisString are NULL

Definition at line 12644 of file libsheepy.c.

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bLEllipsisEndS()

char * bLEllipsisEndS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	targetLength,
		const char *	ellipsisString
	)

ellipsis end string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the left and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

string in dest of the specified length with the pad string applied from the end NULL when dest, string or ellipsisString are NULL

Definition at line 12699 of file libsheepy.c.

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ellipsisEndCharS()

char * ellipsisEndCharS	(	const char *	string,
		size_t	targetLength,
		char	ellipsisChar
	)

ellipsis end string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the left and the pad is applied once
ellipsisChar	The char to pad the current string with.

Returns

new string of the specified length with the pad string applied from the end (you must free the pointer) NULL when string or ellipsisString are NULL

Definition at line 12757 of file libsheepy.c.

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iEllipsisEndCharS()

char * iEllipsisEndCharS	(	char **	string,
		size_t	targetLength,
		char	ellipsisChar
	)

ellipsis end string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string	(this parameter is reallocated)
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the left and the pad is applied once
ellipsisChar	The char to pad the current string with.

Returns

updated string of the specified length with the pad string applied from the end NULL when string or ellipsisString are NULL

Definition at line 12802 of file libsheepy.c.

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bEllipsisEndCharS()

char * bEllipsisEndCharS	(	char *	dest,
		const char *	string,
		size_t	targetLength,
		char	ellipsisChar
	)

ellipsis end string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the left and the pad is applied once
ellipsisChar	The char to pad the current string with.

Returns

string in dest of the specified length with the pad string applied from the end NULL when dest, string or ellipsisString are NULL

Definition at line 12847 of file libsheepy.c.

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bLEllipsisEndCharS()

char * bLEllipsisEndCharS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	targetLength,
		char	ellipsisChar
	)

ellipsis end string

This function pads the current string with a given string if current string is longer than target length If target length is more than current string's length, the current string is returned as is

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is truncated from the left and the pad is applied once
ellipsisString	The string to pad the current string with.

Returns

string in dest of the specified length with the pad string applied from the end NULL when dest, string or ellipsisString are NULL

Definition at line 12898 of file libsheepy.c.

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padStartS()

char * padStartS	(	const char *	string,
		size_t	targetLength,
		const char *	padString
	)

pad start string

This function pads the current string with a given string (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the start (left) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is returned as is
padString	The string to pad the current string with. If this string is too long to stay within the target length, it will be truncated from the right. The current string is returned as is when an empty string is supplied

Returns

new string of the specified length with the pad string applied from the start (you must free the pointer) NULL when string or padString are NULL

Definition at line 12955 of file libsheepy.c.

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iPadStartS()

char * iPadStartS	(	char **	string,
		size_t	targetLength,
		const char *	padString
	)

pad start string

This function pads the current string with a given string (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the start (left) of the current string

Parameters

string	(this parameter is reallocated)
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is returned as is
padString	The string to pad the current string with. If this string is too long to stay within the target length, it will be truncated from the right. The current string is returned as is when an empty string is supplied

Returns

updated string of the specified length with the pad string applied from the start NULL when string or padString are NULL

Definition at line 13009 of file libsheepy.c.

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bPadStartS()

char * bPadStartS	(	char *	dest,
		const char *	string,
		size_t	targetLength,
		const char *	padString
	)

pad start string

This function pads the current string with a given string (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the start (left) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is returned as is
padString	The string to pad the current string with. If this string is too long to stay within the target length, it will be truncated from the right. The current string is returned as is when an empty string is supplied

Returns

new string of the specified length with the pad string applied from the start NULL when dest, string or padString are NULL

Definition at line 13061 of file libsheepy.c.

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bLPadStartS()

char * bLPadStartS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	targetLength,
		const char *	padString
	)

pad start string

This function pads the current string with a given string (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the start (left) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is returned as is
padString	The string to pad the current string with. If this string is too long to stay within the target length, it will be truncated from the right. The current string is returned as is when an empty string is supplied

Returns

new string of the specified length with the pad string applied from the start NULL when dest, string or padString are NULL

Definition at line 13123 of file libsheepy.c.

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padStartCharS()

char * padStartCharS	(	const char *	string,
		size_t	targetLength,
		char	padChar
	)

pad start string

This function pads the current string with a given character (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the start (left) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is returned as is
padChar	The character to pad the current string with

Returns

new string of the specified length with the pad character applied from the start (you must free the pointer) NULL when string is NULL

Definition at line 13183 of file libsheepy.c.

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iPadStartCharS()

char * iPadStartCharS	(	char **	string,
		size_t	targetLength,
		char	padChar
	)

pad start string

This function pads the current string with a given character (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the start (left) of the current string

Parameters

string	(this parameter is reallocated)
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is returned as is
padChar	The character to pad the current string with

Returns

new string of the specified length with the pad character applied from the start NULL when string is NULL

Definition at line 13231 of file libsheepy.c.

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bPadStartCharS()

char * bPadStartCharS	(	char *	dest,
		const char *	string,
		size_t	targetLength,
		char	padChar
	)

pad start string

This function pads the current string with a given character (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the start (left) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is returned as is
padChar	The character to pad the current string with

Returns

new string of the specified length with the pad character applied from the start NULL when dest or string are NULL

Definition at line 13277 of file libsheepy.c.

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bLPadStartCharS()

char * bLPadStartCharS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	targetLength,
		char	padChar
	)

pad start string

This function pads the current string with a given character (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the start (left) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is less than the current string's length, the current string is returned as is
padChar	The character to pad the current string with

Returns

new string of the specified length with the pad character applied from the start NULL when dest or string are NULL

Definition at line 13332 of file libsheepy.c.

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padStartLenS()

ssize_t padStartLenS	(	const char *	string,
		size_t	targetLength,
		const char *	padString
	)

length of string after padStart

Parameters

string

Returns

length of string after padStart -1 when string is NULL

Definition at line 13378 of file libsheepy.c.

padEndS()

char * padEndS	(	const char *	string,
		size_t	targetLength,
		const char *	padString
	)

pad end string

This function pads the current string with a given string (repeated, if needed) until the resulting string reaches a given length. The padding is applied from the end (right) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is lower than the current string's length, the current string is returned as is
padString	The string to pad the current string with. If this string is too long to stay within the target length, it will be truncated and the left-most part will be applied. The current string is returned as is when an empty string is supplied

Returns

new string of the specified length with the pad string applied at the end of the current string (you must free the pointer) NULL when string or padString are NULL

Definition at line 13417 of file libsheepy.c.

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iPadEndS()

char * iPadEndS	(	char **	string,
		size_t	targetLength,
		const char *	padString
	)

pad end string

This function pads the current string with a given string (repeated, if needed) so that the resulting string reaches a given length. The padding is applied from the end (right) of the current string

Parameters

string	(this parameter is reallocated)
targetLength	The length of the resulting string once the current string has been padded. If the value is lower than the current string's length, the current string will be returned as is
padString	The string to pad the current string with. If this string is too long to stay within the target length, it will be truncated and the left-most part will be applied. The current string is returned as is when an empty string is supplied

Returns

updated string of the specified length with the pad string applied at the end of the current string NULL when string or padString are NULL

Definition at line 13473 of file libsheepy.c.

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bPadEndS()

char * bPadEndS	(	char *	dest,
		const char *	string,
		size_t	targetLength,
		const char *	padString
	)

pad end string

This function pads the current string with a given string (repeated, if needed) so that the resulting string reaches a given length. The padding is applied from the end (right) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is lower than the current string's length, the current string will be returned as is
padString	The string to pad the current string with. If this string is too long to stay within the target length, it will be truncated and the left-most part will be applied. The current string is returned as is when an empty string is supplied

Returns

new string of the specified length with the pad string applied at the end of the current string NULL when dest, string or padString are NULL

Definition at line 13527 of file libsheepy.c.

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bLPadEndS()

char * bLPadEndS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	targetLength,
		const char *	padString
	)

pad end string

This function pads the current string with a given string (repeated, if needed) so that the resulting string reaches a given length. The padding is applied from the end (right) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is lower than the current string's length, the current string will be returned as is
padString	The string to pad the current string with. If this string is too long to stay within the target length, it will be truncated and the left-most part will be applied. The current string is returned as is when an empty string is supplied

Returns

new string of the specified length with the pad string applied at the end of the current string NULL when dest, string or padString are NULL

Definition at line 13589 of file libsheepy.c.

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padEndCharS()

char * padEndCharS	(	const char *	string,
		size_t	targetLength,
		char	padChar
	)

pad end string

This function pads the current string with a given character (repeated, if needed) so that the resulting string reaches a given length. The padding is applied from the end (right) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is lower than the current string's length, the current string will be returned as is
padChar	The character to pad the current string with

Returns

new string of the specified length with the pad character applied at the end of the current string (you must free the pointer) NULL when string is NULL

Definition at line 13649 of file libsheepy.c.

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iPadEndCharS()

char * iPadEndCharS	(	char **	string,
		size_t	targetLength,
		char	padChar
	)

pad end string

This function pads the current string with a given character (repeated, if needed) so that the resulting string reaches a given length. The padding is applied from the end (right) of the current string

Parameters

string	(this parameter is reallocated)
targetLength	The length of the resulting string once the current string has been padded. If the value is lower than the current string's length, the current string will be returned as is
padChar	The character to pad the current string with

Returns

updated string of the specified length with the pad character applied at the end of the current string NULL when string is NULL

Definition at line 13697 of file libsheepy.c.

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bPadEndCharS()

char * bPadEndCharS	(	char *	dest,
		const char *	string,
		size_t	targetLength,
		char	padChar
	)

pad end string

This function pads the current string with a given character (repeated, if needed) so that the resulting string reaches a given length. The padding is applied from the end (right) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is lower than the current string's length, the current string will be returned as is
padChar	The character to pad the current string with

Returns

new string of the specified length with the pad character applied at the end of the current string NULL when dest or string are NULL

Definition at line 13745 of file libsheepy.c.

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bLPadEndCharS()

char * bLPadEndCharS	(	char *	dest,
		size_t	destSize,
		const char *	string,
		size_t	targetLength,
		char	padChar
	)

pad end string

This function pads the current string with a given character (repeated, if needed) so that the resulting string reaches a given length. The padding is applied from the end (right) of the current string

Parameters

string
targetLength	The length of the resulting string once the current string has been padded. If the value is lower than the current string's length, the current string will be returned as is
padChar	The string to pad the current string with

Returns

new string of the specified length with the pad character applied at the end of the current string NULL when dest, string or padString are NULL

Definition at line 13800 of file libsheepy.c.

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padEndLenS()

ssize_t padEndLenS	(	const char *	string,
		size_t	targetLength,
		const char *	padString
	)

length of string after padEnd

Parameters

string

Returns

length of string after padEnd -1 when string is NULL

Definition at line 13847 of file libsheepy.c.

getS()

char getS	(	const char *	string,
		int64_t	index
	)

get string

get char at python index

Definition at line 13872 of file libsheepy.c.

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setS()

char * setS	(	char *	string,
		int64_t	index,
		char	c
	)

set string

set char at python index

Definition at line 13898 of file libsheepy.c.

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swapS()

char * swapS	(	char *	string,
		int64_t	index1,
		int64_t	index2
	)

swap characters in string

Parameters

string
index1	index of character to swap
index2	index of second character to swap

Returns

new string with characters swapped at index1 and index2 (you must free this pointer) NULL when string is NULL or when index1 or index2 are outside the string

Definition at line 13933 of file libsheepy.c.

iSwapS()

char * iSwapS	(	char **	string,
		int64_t	index1,
		int64_t	index2
	)

swap characters in string

Parameters

string
index1	index of character to swap
index2	index of second character to swap

Returns

updated string with characters swapped at index1 and index2 (you must free this pointer) NULL when string is NULL or when index1 or index2 are outside the string

Definition at line 13986 of file libsheepy.c.

bSwapS()

char * bSwapS	(	char *	string,
		int64_t	index1,
		int64_t	index2
	)

swap characters in string

Parameters

string
index1	index of character to swap
index2	index of second character to swap

Returns

string with characters swapped at index1 and index2 NULL when string is NULL or when index1 or index2 are outside the string

Definition at line 14034 of file libsheepy.c.

bLSwapS()

char * bLSwapS	(	char *	string,
		size_t	size,
		int64_t	index1,
		int64_t	index2
	)

swap characters in string

if string's length is more than size then size is the end of string and the indexes are computed relative to size

Parameters

string
size	string buffer size
index1	index of character to swap
index2	index of second character to swap

Returns

string with characters swapped at index1 and index2 NULL when string is NULL or when index1 or index2 are outside the string

Definition at line 14087 of file libsheepy.c.

sliceS()

char * sliceS	(	const char *	string,
		int64_t	start,
		int64_t	end
	)

slice String return new string which is the string between start and end negative indexes are allowed

(copy substring from start to end)

Parameters

string

to slice start: start index, must be in the string end: end index, must be in the string after start

Returns

new sliced string (you must free the pointer) "" when start=end NULL when start and end are not set correctly

Definition at line 14148 of file libsheepy.c.

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iSliceS()

char * iSliceS	(	char **	string,
		int64_t	start,
		int64_t	end
	)

slice String return string which is the string between start and end negative indexes are allowed

Parameters

string

to slice (this parameter is reallocated) start: start index, must be in the string end: end index, must be in the string after start

Returns

sliced string (you must free the pointer) "" when start=end NULL unchanged string when start and end are not set correctly

Definition at line 14213 of file libsheepy.c.

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bSliceS()

char * bSliceS	(	char *	string,
		int64_t	start,
		int64_t	end
	)

buffer slice String return string which is the string between start and end negative indexes are allowed

Parameters

string

to slice start: start index, must be in the string end: end index, must be in the string after start

Returns

sliced string "" when start=end NULL unchanged string when start and end are not set correctly

Definition at line 14286 of file libsheepy.c.

bLSliceS()

char * bLSliceS	(	char *	string,
		size_t	stringSize,
		int64_t	start,
		int64_t	end
	)

buffer size slice String return string which is the string between start and end negative indexes are allowed

Parameters

string	to slice
stringSize	string buffer size
start	start index, must be in the string
end	end index, must be in the string after start

Returns

sliced string "" when start=end NULL unchanged string when start and end are not set correctly

Definition at line 14355 of file libsheepy.c.

cropS()

char * cropS	(	char *	string,
		int64_t	start,
		int64_t	end
	)

Crop String return a new string with characters from start and end in string and delete characters from start to end in the original string negative indexes are allowed.

Parameters

string
start	index, must be in the list
end	index, must be in the list

Returns

new sliced string (you must free the pointer with free) empty list when start=end unchanged when list is empty unchanged when list is NULL or when start and end are not set correctly NULL error

Definition at line 14430 of file libsheepy.c.

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iCropS()

char * iCropS	(	char **	string,
		int64_t	start,
		int64_t	end
	)

Crop String return a new string with characters from start and end in string and delete characters from start to end in the original string negative indexes are allowed.

Parameters

string
start	index, must be in the list
end	index, must be in the list

Returns

new sliced string (you must free the pointer with free) empty list when start=end unchanged when list is empty unchanged when list is NULL or when start and end are not set correctly NULL error

Definition at line 14501 of file libsheepy.c.

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cropElemS()

char cropElemS	(	char *	string,
		int64_t	index
	)

Definition at line 14553 of file libsheepy.c.

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iCropElemS()

char iCropElemS	(	char **	string,
		int64_t	index
	)

Definition at line 14583 of file libsheepy.c.

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insertS()

char * insertS	(	const char *	string,
		int64_t	index,
		const char *	toInsert
	)

insert string in string at index

return new string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string
index	in string
toInsert	string

Returns

new string (you must free the pointer) NULL when string is NULL or invalid index

Definition at line 14609 of file libsheepy.c.

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insertNFreeS()

char * insertNFreeS	(	const char *	string,
		int64_t	index,
		char *	toInsert
	)

insert string in string at index and free toInsert when successful

return new string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string
index	in string
toInsert	string

Returns

new string (you must free the pointer) NULL when string is NULL or invalid index

Definition at line 14678 of file libsheepy.c.

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iInsertS()

char * iInsertS	(	char **	string,
		int64_t	index,
		const char *	toInsert
	)

insert string in string at index

return string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	(this parameter is reallocated)
index	in string
toInsert	string

Returns

modified string (you must free the pointer) NULL unchanged string when string is NULL or invalid index

Definition at line 14756 of file libsheepy.c.

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iInsertNFreeS()

char * iInsertNFreeS	(	char **	string,
		int64_t	index,
		char *	toInsert
	)

insert string in string at index and free toInsert

return string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	(this parameter is reallocated)
index	in string
toInsert	string

Returns

modified string (you must free the pointer) NULL unchanged string when string is NULL or invalid index

Definition at line 14835 of file libsheepy.c.

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bInsertS()

char * bInsertS	(	char *	string,
		int64_t	index,
		const char *	toInsert
	)

buffer insert string in string at index

return string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string
index	in string
toInsert	string

Returns

modified string NULL unchanged string when string is NULL or invalid index

Definition at line 14917 of file libsheepy.c.

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bLInsertS()

char * bLInsertS	(	char *	string,
		size_t	stringSize,
		int64_t	index,
		const char *	toInsert
	)

buffer size insert string in string at index

return string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string
index	in string
toInsert	string

Returns

modified string NULL unchanged string when string is NULL or invalid index

Definition at line 14986 of file libsheepy.c.

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injectS()

char * injectS	(	const char *	string,
		int64_t	index,
		char	toInject
	)

inject a char in string at index

return new string with toInject at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string
index	in string
toInject	char

Returns

new string (you must free the pointer) NULL when string is NULL or invalid index

Definition at line 15061 of file libsheepy.c.

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iInjectS()

char * iInjectS	(	char **	string,
		int64_t	index,
		char	toInject
	)

inject a char in string at index

return string with toInject at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	(this parameter is reallocated)
index	in string
toInject	char

Returns

modified string (you must free the pointer) NULL unchanged string when string is NULL or invalid index

Definition at line 15131 of file libsheepy.c.

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bInjectS()

char * bInjectS	(	char *	string,
		int64_t	index,
		char	toInject
	)

buffer inject a char in string at index

return string with toInject at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string
index	in string
toInject	char

Returns

modified string NULL unchanged string when string is NULL or invalid index

Definition at line 15208 of file libsheepy.c.

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bLInjectS()

char * bLInjectS	(	char *	string,
		size_t	stringSize,
		int64_t	index,
		char	toInject
	)

buffer size inject a char in string at index

return string with toInject at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string
index	in string
toInject	char

Returns

modified string NULL unchanged string when string is NULL or invalid index

Definition at line 15274 of file libsheepy.c.

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delS()

char * delS	(	const char *	string,
		int64_t	start,
		int64_t	end
	)

delete string

return new string without the string between start and end negative indexes are allowed

Parameters

string	to delete
start	start index, must be in the string
end	end index, must be in the string after start

Returns

new sliced string (you must free the pointer) new identical string when start=end or when start and end are not set correctly NULL when input string is NULL or when malloc failed or when end is under start

Definition at line 15345 of file libsheepy.c.

iDelS()

char * iDelS	(	char **	string,
		int64_t	start,
		int64_t	end
	)

delete string

return string without the string between start and end negative indexes are allowed

Parameters

string	to delete (this parameter is reallocated)
start	start index, must be in the string
end	end index, must be in the string after start

Returns

sliced string (you must free the pointer) unchanged string when start=end NULL when start and end are not set correctly or when input string is NULL or when malloc failed or when end is under start

Definition at line 15415 of file libsheepy.c.

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bDelS()

char * bDelS	(	char *	string,
		int64_t	start,
		int64_t	end
	)

buffer delete string

return string without the string between start and end negative indexes are allowed

Parameters

string	to delete
start	start index, must be in the string
end	end index, must be in the string after start

Returns

sliced string unchanged string when start=end NULL when start and end are not set correctly or when input string is NULL or when malloc failed or when end is under start

Definition at line 15487 of file libsheepy.c.

bLDelS()

char * bLDelS	(	char *	string,
		size_t	stringSize,
		int64_t	start,
		int64_t	end
	)

buffer size delete string

return string without the string between start and end negative indexes are allowed

Parameters

string	to delete
stringSize	string buffer size
start	start index, must be in the string
end	end index, must be in the string after start

Returns

sliced string unchanged string when start=end NULL when start and end are not set correctly or when input string is NULL or when malloc failed or when end is under start

Definition at line 15553 of file libsheepy.c.

delElemS()

char * delElemS	(	const char *	string,
		int64_t	index
	)

delete element/character string

return new string without the character at given index negative indexes are allowed

Parameters

string	to delete
index	must be in the string, -1 is the last character in the string

Returns

new string (you must free the pointer) NULL when input string is NULL or when malloc failed

Definition at line 15617 of file libsheepy.c.

iDelElemS()

char * iDelElemS	(	char **	string,
		int64_t	index
	)

delete element/character string

return string without the character at given index negative indexes are allowed

Parameters

string	to delete (this parameter is reallocated)
index	must be in the string, -1 is the last character in the string

Returns

new string (you must free the pointer) NULL when input string is NULL or when malloc failed

Definition at line 15660 of file libsheepy.c.

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bDelElemS()

char * bDelElemS	(	char *	string,
		int64_t	index
	)

buffer delete element/character string

return string without the character at given index negative indexes are allowed

Parameters

string	to delete
index	must be in the string, -1 is the last character in the string

Returns

string with one less character NULL when input string is NULL or when malloc failed

Definition at line 15707 of file libsheepy.c.

bLDelElemS()

char * bLDelElemS	(	char *	string,
		size_t	stringSize,
		int64_t	index
	)

buffer size delete element/character string

return string without the character at given index negative indexes are allowed

Parameters

string	to delete
stringSize	string buffer size
index	must be in the string, -1 is the last character in the string

Returns

string with one less character NULL when input string is NULL or when malloc failed

Definition at line 15748 of file libsheepy.c.

findS()

char * findS	(	const char *	string,
		const char *	needle
	)

find String

Parameters

string
needle	string to find

Returns

pointer to first occurence of needle in string NULL when needle is not found NULL when string or needle are NULL

Definition at line 15790 of file libsheepy.c.

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findCharS()

char * findCharS	(	const char *	string,
		char	c
	)

Definition at line 15799 of file libsheepy.c.

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indexOfS()

ssize_t indexOfS	(	const char *	string,
		const char *	needle
	)

indexOf String relative to start

Parameters

string
needle	string to find

Returns

index of first occurence of needle in string -1 when needle is not found -1 when string or needle are NULL

Definition at line 15821 of file libsheepy.c.

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indexOfCharS()

ssize_t indexOfCharS	(	const char *	string,
		char	c
	)

Definition at line 15830 of file libsheepy.c.

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hasS()

bool hasS	(	const char *	string,
		const char *	needle
	)

has String

Parameters

string
needle	string to find

Returns

true when needle is in string false when needle is not found false when string or needle are NULL

Definition at line 15851 of file libsheepy.c.

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hasCharS()

bool hasCharS	(	const char *	string,
		char	c
	)

Definition at line 15864 of file libsheepy.c.

icFindS()

char * icFindS	(	const char *	string,
		const char *	needle
	)

ignore case Find String

Parameters

string
needle	string to find

Returns

pointer to first occurence of needle in string NULL when needle is not found NULL when string or needle are NULL

Definition at line 15888 of file libsheepy.c.

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icFindCharS()

char * icFindCharS	(	const char *	string,
		char	c
	)

Definition at line 15897 of file libsheepy.c.

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icIndexOfS()

ssize_t icIndexOfS	(	const char *	string,
		const char *	needle
	)

ignore case indexOf String relative to start

Parameters

string
needle	string to find

Returns

index of first occurence of needle in string -1 when needle is not found -1 when string or needle are NULL

Definition at line 15925 of file libsheepy.c.

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icIndexOfCharS()

ssize_t icIndexOfCharS	(	const char *	string,
		char	c
	)

Definition at line 15934 of file libsheepy.c.

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icHasS()

bool icHasS	(	const char *	string,
		const char *	needle
	)

ignore case has String

Parameters

string
needle	string to find

Returns

true when needle is in string false when needle is not found false when string or needle are NULL

Definition at line 15955 of file libsheepy.c.

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icHasCharS()

bool icHasCharS	(	const char *	string,
		char	c
	)

Definition at line 15968 of file libsheepy.c.

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tokS()

char * tokS	(	char *	s,
		const char *	delim,
		char **	saveptr
	)

token in String

parse string into a sequence of tokens delimited by the ENTIRE DELIM string work like strtok_r from c stdlib (for strtok_r, when delim has multiple characters, each character is a delimiter)

on first call s is the string to parse, optionally initialize *saveptr to NULL on next calls, s should be NULL

Parameters

s	string to parse, the s string is modified
delim	string

Returns

token *saveptr is set to NULL when the last token is found

Definition at line 15996 of file libsheepy.c.

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icTokS()

char * icTokS	(	char *	s,
		const char *	delim,
		char **	saveptr
	)

ignore case token in String

parse string into a sequence of tokens delimited by the ENTIRE DELIM string work like strtok_r from c stdlib (for strtok_r, when delim has multiple characters, each character is a delimiter)

on first call s is the string to parse, optionally initialize *saveptr to NULL on next calls, s should be NULL

Parameters

s	string to parse, the s string is modified
delim	string

Returns

token *saveptr is set to NULL when the last token is found

Definition at line 16038 of file libsheepy.c.

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lenUTF8()

size_t lenUTF8

(

const char *

s

)

character length of UTF-8 string

string is not checked for validity

Definition at line 16076 of file libsheepy.c.

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bLLenUTF8()

size_t bLLenUTF8	(	const char *	s,
		size_t	maxSize
	)

buffer character length of UTF-8 string

string is not checked for validity

bLLenUTF8 checks at most maxSize bytes

Definition at line 16095 of file libsheepy.c.

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isUTF8()

bool isUTF8

(

const char *

string

)

is UTF-8 string

check if string is a valid UTF-8 string

Parameters

string

UTF-8 encoded string

Returns

true string is valid UTF-8 false string is invalid UTF-8

Definition at line 16124 of file libsheepy.c.

bLIsUTF8()

bool bLIsUTF8	(	const char *	string,
		size_t	stringSize
	)

buffer length is UTF-8 string

check if string is a valid UTF-8 string

Parameters

string

UTF-8 encoded string

Returns

true string is valid UTF-8 false string is invalid UTF-8

Definition at line 16178 of file libsheepy.c.

isCodeUTF8()

bool isCodeUTF8

(

const char *

code

)

is code point UTF8 encoded string

Check if a UTF8 code point is valid

This function checks only the first code point

Parameters

bytes

string, NUL-terminated or not, bytes can be a pointer inside a UTF8 encoded string

Returns

true bytes is a valid UTF-8 code point false bytes is invalid code point

Definition at line 16247 of file libsheepy.c.

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nextUTF8()

const char * nextUTF8

(

const char *

utf8

)

next UTF-8 code point

find the next UTF-8 code point in the string

the validity of the found UTF-8 code point is not checked

nextUTF8 gives wrong result when utf8 is not on the first byte of a code point use findNextUTF8 to find next code point when utf8 is not at the start of a code point

Parameters

utf8	UTF-8 encoded string

Returns

pointer to next UTF-8 code point NULL when the end string is reached or utf8 is NULL

Definition at line 46037 of file libsheepy.c.

bLNextUTF8()

const char * bLNextUTF8	(	const char *	string,
		size_t	utf8Size,
		const char *	utf8
	)

buffer length next UTF-8 code point

find the next UTF-8 code point in the string

the validity of the found UTF-8 code point is not checked

bLNextUTF8 gives wrong result when utf8 is not on the first byte of a code point use findNextUTF8 to find next code point when utf8 is not at the start of a code point

Parameters

string	start of the UTF-8 encoded string
utf8	pointer to a code point in string
utf8Size	string buffer size (including NUL, strlen(string) +1 when the buffer is full)

Returns

pointer to next UTF-8 code point NULL when the end string is reached or utf8 is NULL or the start of the next code point is outside the string

Definition at line 46067 of file libsheepy.c.

findNextUTF8()

const char * findNextUTF8	(	const char *	string,
		size_t	utf8Size,
		const char *	utf8
	)

find next UTF-8 code point even not at the start of a code point

find the next UTF-8 code point in the string

the validity of the found UTF-8 code point is not checked

Parameters

string	start of the UTF-8 encoded string
utf8	pointer in string
ut8Size	string buffer size (including NUL, strlen(string) +1 when the buffer is full)

Returns

pointer to next UTF-8 code point NULL when the end string is reached or utf8 is NULL or the start of the next code point is outside the string

Definition at line 46099 of file libsheepy.c.

prevUTF8()

const char * prevUTF8

(

const char *

utf8

)

previous UTF-8 code point

find the previous UTF-8 code point in the string

the validity of the found UTF-8 code point is not checked

the behavior is undefined when utf8 is the start of the string, use instead findPrevUTF8 for safe handling

Parameters

utf8	UTF-8 encoded string

Returns

pointer to previous UTF-8 code point NULL when utf8 is NULL

Definition at line 46132 of file libsheepy.c.

bPrevUTF8()

const char * bPrevUTF8	(	const char *	string,
		const char *	utf8
	)

buffer previous UTF-8 code point

find the previous UTF-8 code point in the string

the validity of the found UTF-8 code point is not checked

Parameters

string	UTF-8 encoded string
utf8	pointer in UTF-8 encoded string

Returns

pointer to previous UTF-8 code point NULL when utf8 is NULL

Definition at line 46161 of file libsheepy.c.

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bPrevUTF8Tiny()

local const char * bPrevUTF8Tiny	(	const char *	string,
		const char *	utf8
	)

Definition at line 46170 of file libsheepy.c.

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bPrevRWUTF8Tiny()

local char * bPrevRWUTF8Tiny	(	const char *	string,
		char *	utf8
	)

Definition at line 46182 of file libsheepy.c.

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idx2PtrUTF8()

const char * idx2PtrUTF8	(	const char *	utf8,
		int64_t	index
	)

index to pointer UTF8 encoded string

Converts character index to pointer in utf8

Parameters

utf8	UTF8 encoded string
index	character index in utf8, positive or negative. -1 is the last character in the string

Returns

pointer to character at index NULL when index is outside the string

Definition at line 46207 of file libsheepy.c.

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idx2PtrRWUTF8()

local char * idx2PtrRWUTF8	(	char *	utf8,
		int64_t	index
	)

index to pointer UTF8 encoded string - read write utf8 string (char*)

Converts character index to pointer in utf8

Parameters

utf8	UTF8 encoded string
index	character index in utf8, positive or negative. -1 is the last character in the string

Returns

pointer to character at index NULL when index is outside the string

Definition at line 46263 of file libsheepy.c.

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bLIdx2PtrUTF8()

const char * bLIdx2PtrUTF8	(	const char *	utf8,
		size_t	utf8Size,
		int64_t	index
	)

Definition at line 46306 of file libsheepy.c.

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ptr2IdxUTF8()

int64_t ptr2IdxUTF8	(	const char *	utf8,
		const char *	pos
	)

pointer to code point index UTF8 encoded string

Converts pointer to character index

This function works when utf8 and pos point inside code points

Parameters

utf8	pointer to a code point in a UTF8 encoded string
pos	pointer to a code point in a UTF8 encoded string

Returns

Number of code points from utf8 to pos, positive or negative When utf8 < pos, the result is positive When pos < utf8, the result is negative 0 failed or index 0

Definition at line 46371 of file libsheepy.c.

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bPtr2IdxUTF8()

int64_t bPtr2IdxUTF8	(	const char *	start,
		const char *	utf8,
		const char *	pos
	)

buffer pointer to code point index UTF8 encoded string

Converts pointer to character index

Safe function for negative index

This function works when utf8 and pos point inside code points

Parameters

start	start of the UTF8 encoded string
utf8	pointer to a code point in a UTF8 encoded string
pos	pointer to a code point in a UTF8 encoded string

Returns

Number of code points from utf8 to pos, positive or negative When utf8 < pos, the result is positive When pos < utf8, the result is negative 0 failed or index 0

Definition at line 46444 of file libsheepy.c.

bLPtr2IdxUTF8()

int64_t bLPtr2IdxUTF8	(	const char *	utf8,
		size_t	utf8Size,
		const char *	pos
	)

buffer size pointer to code point index UTF8 encoded string

Converts pointer to character index

This function works when utf8 and pos point inside code points

Parameters

utf8	pointer to a code point in a UTF8 encoded string
utf8Size	utf8 buffer size including NUL
pos	pointer to a code point in a UTF8 encoded string

Returns

Number of code points from utf8 to pos, positive -1 failed

Definition at line 46505 of file libsheepy.c.

bLPtr2NegIdxUTF8()

int64_t bLPtr2NegIdxUTF8	(	const char *	utf8,
		size_t	utf8Size,
		const char *	pos
	)

buffer size pointer to negative code point index UTF8 encoded string

Converts pointer to negative character index (from the end of the string)

This function works when utf8 and pos point inside code points

Parameters

utf8	pointer to a code point in a UTF8 encoded string
utf8Size	utf8 buffer size including NUL
pos	pointer to a code point in a UTF8 encoded string

Returns

Number of code points from utf8 end to pos, negative 0 failed

Definition at line 46556 of file libsheepy.c.

makeValidUTF8()

char * makeValidUTF8

(

const char *

utf8

)

make valid UTF-8 encoded string

copy utf8 to newly allocated buffer, the invalid code points are replaced with '?'

The result buffer size is the same as utf8 size

Parameters

utf8	valid or invalid UTF-8 encoded string

Returns

new valid UTF-8 encoded string (you must free the pointer) NULL failed

Definition at line 46593 of file libsheepy.c.

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bMakeValidUTF8()

char * bMakeValidUTF8

(

char *

utf8

)

buffer make valid UTF-8 encoded string

replace the invalid code points with '?' in utf8

Parameters

utf8	valid or invalid UTF-8 encoded string

Returns

valid UTF-8 encoded string in utf8 buffer NULL failed

Definition at line 46635 of file libsheepy.c.

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nMakeValidUTF8()

char * nMakeValidUTF8	(	const char *	utf8,
		size_t	utf8Len
	)

length make valid UTF-8 encoded string

copy utf8 to newly allocated buffer, the invalid code points are replaced with '?'

The result buffer size is utf8Len+1

Parameters

utf8	valid or invalid UTF-8 encoded string
utf8Len	utf8 length

Returns

new valid UTF-8 encoded string (you must free the pointer) NULL failed

Definition at line 46672 of file libsheepy.c.

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bNMakeValidUTF8()

char * bNMakeValidUTF8	(	char *	dst,
		const char *	utf8,
		size_t	utf8Len
	)

buffer length make valid UTF-8 encoded string

copy utf8 to the dst buffer, the invalid code points are replaced with '?'

The result buffer size is utf8Len+1

Parameters

utf8	valid or invalid UTF-8 encoded string
utf8Len	utf8 length

Returns

new valid UTF-8 encoded string NULL failed

Definition at line 46724 of file libsheepy.c.

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bLMakeValidUTF8()

char * bLMakeValidUTF8	(	char *	dst,
		size_t	dstSize,
		const char *	utf8
	)

buffer destination size make valid UTF-8 encoded string

copy utf8 to the dst buffer, the invalid code points are replaced with '?'

The result buffer size is dstSize

Parameters

dst	destination buffer
dstSize	size of dst
utf8	valid or invalid UTF-8 encoded string

Returns

new valid UTF-8 encoded string NULL failed

Definition at line 46773 of file libsheepy.c.

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bLNMakeValidUTF8()

char * bLNMakeValidUTF8	(	char *	dst,
		size_t	dstSize,
		const char *	utf8,
		size_t	utf8Len
	)

buffer destination size source length make valid UTF-8 encoded string

copy utf8 to the dst buffer, the invalid code points are replaced with '?'

This function always reads less than utf8Len+1 bytes in utf8 buffer The result buffer size is dstSize

Parameters

dst	destination buffer
dstSize	size of dst
utf8	valid or invalid UTF-8 encoded string
utf8Len	utf8 length

Returns

new valid UTF-8 encoded string NULL failed

Definition at line 46825 of file libsheepy.c.

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strNCpyUTF8()

char * strNCpyUTF8	(	char *	dst,
		const char *	src,
		size_t	srcLen
	)

strNCpyUTF8 - copy src to dst with srcLen in code points

copy srcLen code points from src (UTF-8 encoded string) to dst and add one NUL character when src end is not reached (unlike strncpy).

Parameters

dst	destination buffer
src	source string
srcLen	source buffer size in code points

Returns

dst string NULL error

Definition at line 46875 of file libsheepy.c.

strLCpyUTF8()

char * strLCpyUTF8	(	char *	dst,
		size_t	dstSize,
		const char *	src
	)

strLCpyUTF8 - copy src to dst

like strncpy and the NUL char is always added at the end of the string and the result string is always a valid UTF-8 encoded string

Parameters

dst	destination buffer
dstSize	destination buffer size, result string will be no longer than dstSize-1
src	source string

Returns

dst string NULL error

Definition at line 46912 of file libsheepy.c.

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strNCatUTF8()

char * strNCatUTF8	(	char *	dst,
		const char *	src,
		size_t	srcLen
	)

strNCatUTF8 - concatenate two UTF-8 encoded strings

like strncat with sanity checks and srcLen is the number of code points

Parameters

dst	destination buffer
src	source string
srcLen	max source len in code points

Returns

string with input strings concatenated NULL error

Definition at line 46941 of file libsheepy.c.

strLCatUTF8()

char * strLCatUTF8	(	char *	dst,
		size_t	dstSize,
		const char *	src
	)

strLCatUTF8 - concatenate two UTF-8 encoded strings

like strlcat with sanity checks the result string is always a valid UTF-8 encoded string

Parameters

dst	destination buffer
src	source string
dstSize	destination buffer size, result string will be no longer than dstSize-1

Returns

string with input strings concatenated NULL error

Definition at line 46978 of file libsheepy.c.

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strLNCatUTF8()

char * strLNCatUTF8	(	char *	dst,
		size_t	dstSize,
		const char *	src,
		size_t	srcLen
	)

strLNCatUTF8 - concatenate two UTF-8 encoded strings

like strlcat with sanity checks and srcLen is the number of code points the result string is always a valid UTF-8 encoded string

Parameters

dst	destination buffer
src	source string
dstSize	destination buffer size, result string will be no longer than dstSize-1
srcLen	max source len in code points

Returns

string with input strings concatenated NULL error

Definition at line 47023 of file libsheepy.c.

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icReplaceUTF8()

char * icReplaceUTF8	(	const char UNUSED *	s,
		const char UNUSED *	olds,
		const char UNUSED *	news,
		size_t UNUSED	max
	)

ignore case Replace UTF8 encoded String the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	UTF8 encoded string olds: old UTF8 encoded string to be replaced in s news: new UTF8 encoded string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

new string (you must free the pointer) "" when s is empty NULL when s is NULL NULL when olds is empty

Definition at line 47080 of file libsheepy.c.

icReplaceCharSUTF8()

char * icReplaceCharSUTF8	(	const char *s	UNUSED,
		char olds	UNUSED,
		const char *news	UNUSED,
		size_t max	UNUSED
	)

Definition at line 47087 of file libsheepy.c.

icReplaceSCharUTF8()

char * icReplaceSCharUTF8	(	const char *s	UNUSED,
		const char *olds	UNUSED,
		char news	UNUSED,
		size_t max	UNUSED
	)

Definition at line 47094 of file libsheepy.c.

iicReplaceUTF8()

char * iicReplaceUTF8	(	char UNUSED **	s,
		const char UNUSED *	olds,
		const char UNUSED *	news,
		size_t UNUSED	max
	)

in place ignore case replace UTF8 encoded String the olds UTF8 encoded string is replaced with the news UTF8 encoded string max times in the result 0 for max means replace all olds strings

Parameters

s	UTF8 encoded string olds: old UTF8 encoded string to be replaced in s news: new UTF8 encoded string replacing olds in s max: number of times to replace olds, 0 to replace all found olds

Returns

modified s string NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 47116 of file libsheepy.c.

iicReplaceCharSUTF8()

char * iicReplaceCharSUTF8	(	char **s	UNUSED,
		char olds	UNUSED,
		const char *news	UNUSED,
		size_t max	UNUSED
	)

Definition at line 47123 of file libsheepy.c.

iicReplaceSCharUTF8()

char * iicReplaceSCharUTF8	(	char **s	UNUSED,
		const char *olds	UNUSED,
		char news	UNUSED,
		size_t max	UNUSED
	)

Definition at line 47130 of file libsheepy.c.

bicReplaceUTF8()

char * bicReplaceUTF8	(	char UNUSED *	s,
		const char UNUSED *	olds,
		const char UNUSED *	news,
		size_t UNUSED	max
	)

buffer ignore case replace UTF8 encoded String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string
olds	old string to be replaced in s
news	new string replacing olds in s
max	number of times to replace olds, 0 to replace all found olds

Returns

modified s string NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 47155 of file libsheepy.c.

bLicReplaceUTF8()

char * bLicReplaceUTF8	(	char UNUSED *	s,
		size_t UNUSED	sSize,
		const char UNUSED *	olds,
		const char UNUSED *	news,
		size_t max	UNUSED
	)

buffer size ignore case replace UTF8 encoded String the olds string is replaced with the news string max times in the result 0 for max means replace all olds strings

Parameters

s	string
olds	old string to be replaced in s
news	new string replacing olds in s
max	number of times to replace olds, 0 to replace all found olds

Returns

modified s string NULL s not modified when s is NULL or empty and when olds is empty

Definition at line 47180 of file libsheepy.c.

icReplaceManyUTF8F()

char * icReplaceManyUTF8F	(	const char *paramType	UNUSED,
			...
	)

ignore case replace Many UTF8 encoded Strings the original remains unchanged duplicate s the olds string is replaced with the news string max times in the result

Example: r = replaceManyUTF8("asd", "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

s	string
olds	old string to be replaced in s
news	new string replacing olds in s ...

Returns

new string "" when s is empty NULL when s is NULL NULL when only 2 parameters are given NULL when any olds is empty

Definition at line 47212 of file libsheepy.c.

iicReplaceManyUTF8F()

char * iicReplaceManyUTF8F	(	char **s	UNUSED,
		char *paramType	UNUSED,
			...
	)

in place ignore case replace Many UTF8 encoded Strings the olds string is replaced with the news string max times in the result

Example: iicReplaceManyUTF8(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string
olds	old string to be replaced in s
news	new string replacing olds in s ...

Returns

modified string NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 47239 of file libsheepy.c.

bicReplaceManyUTF8F()

char * bicReplaceManyUTF8F	(	char *s	UNUSED,
		char *paramType	UNUSED,
			...
	)

buffer ignore case replace Many UTF8 encoded Strings the olds string is replaced with the news string max times in the result

Example: bReplaceManyUTF8(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string
olds	old string to be replaced in s
news	new string replacing olds in s ...

Returns

modified string NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 47266 of file libsheepy.c.

bLicReplaceManyUTF8F()

char * bLicReplaceManyUTF8F	(	char *s	UNUSED,
		size_t sSize	UNUSED,
		char *paramType	UNUSED,
			...
	)

buffer size ignore case replace Many UTF8 encoded Strings the olds string is replaced with the news string max times in the result

Example: bReplaceManyUTF8(s, "s", "BNM", "a", "AAA") ^olds ^news ^olds ^news

Parameters

string
olds	old string to be replaced in s
news	new string replacing olds in s ...

Returns

modified string NULL not modified when s is empty, when s is NULL, when only 2 parameters are given, when any olds is empty

Definition at line 47293 of file libsheepy.c.

eqIUTF8()

bool eqIUTF8	(	const char *	string1,
		const char *	string2,
		int64_t	index
	)

UTF8 encoded string Index Equal compare string1 at character index to string2 when string2 is empty, the result is false.

Parameters

2

strings

Returns

true string1 at index is equal to string2 false they differ

Definition at line 47312 of file libsheepy.c.

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eqICharUTF8()

bool eqICharUTF8	(	const char *	string1,
		char	c,
		int64_t	index
	)

Definition at line 47322 of file libsheepy.c.

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icEqUTF8()

bool icEqUTF8	(	const char *	string1,
		const char *	string2
	)

ignore case UTF8 encoded string Equal compare string1 to string2

Parameters

2

strings

Returns

true the strings have identical content false they differ

Definition at line 47343 of file libsheepy.c.

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icEqCharUTF8()

bool icEqCharUTF8	(	char	c,
		const char *	string2
	)

Definition at line 47357 of file libsheepy.c.

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icEqUTF8Char()

bool icEqUTF8Char	(	const char *	string1,
		char	c
	)

Definition at line 47371 of file libsheepy.c.

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icEqIUTF8()

bool icEqIUTF8	(	const char *string1	UNUSED,
		const char *string2	UNUSED,
		int64_t index	UNUSED
	)

ignore case UTF8 encoded string Index Equal compare string1 at character index to string2 when string2 is empty, the result is false

Parameters

2

strings

Returns

true string1 at index is equal to string2 false they differ

Definition at line 47396 of file libsheepy.c.

icEqICharUTF8()

bool icEqICharUTF8	(	const char *string1	UNUSED,
		char c	UNUSED,
		int64_t index	UNUSED
	)

Definition at line 47402 of file libsheepy.c.

icStartsWithUTF8()

bool icStartsWithUTF8	(	const char *	string1,
		const char *	string2
	)

ignore case starts With UTF8 encoded String compare start of string1 with string2

Parameters

2

strings

Returns

true when string1 starts with string2 false for other cases

Definition at line 47419 of file libsheepy.c.

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icEndsWithUTF8()

bool icEndsWithUTF8	(	const char *	string1,
		const char *	string2
	)

ignore case ends With UTF8 encoded String compare end of string1 with string2

Parameters

2

strings

Returns

true when string1 ends with string2 false for other cases

Definition at line 47444 of file libsheepy.c.

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icCountUTF8()

ssize_t icCountUTF8	(	const char *	s,
		const char *	needle
	)

ignore case count UTF8 encoded String count number of (non-overlapping) occurrences of a substring

Example: assert(countUTF8("aaa aaa", "a") == 6); assert(countUTF8("aaa aaa", "ab") == 0); assert(countUTF8("aaa aaa", "aa") == 2);

Parameters

2

strings

Returns

string count -1 when there is an error

Definition at line 47480 of file libsheepy.c.

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getLocaleType()

internal localeType getLocaleType

(

void

)

some case convertions depend on the current LOCALE

Definition at line 47510 of file libsheepy.c.

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code2RuneUTF8()

rune code2RuneUTF8

(

const char *

code

)

UTF-8 code point to rune.

Parameters

code	UTF-8 code point

Returns

Rune 0 failed

Definition at line 47550 of file libsheepy.c.

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code2RuneLUTF8()

rune code2RuneLUTF8	(	const char *	code,
		uint8_t *	n
	)

UTF-8 code point to rune and length.

the code point length is returned in *n

Parameters

code	UTF-8 code point
n	pointer to returned code point length

Returns

Rune 0 failed

Definition at line 47569 of file libsheepy.c.

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bRune2CodeUTF8()

size_t bRune2CodeUTF8	(	char *	dst,
		rune	c
	)

rune to UTF-8 code point

Parameters

dst	destination buffer at least 6 bytes or if NULL, the code point length is computed
c	UNICODE rune

Returns

code point length and code point in dst when dst is NULL, return code point length only 0 bad rune, dst becomes an empty string

Definition at line 47635 of file libsheepy.c.

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runeLenUTF8()

uint8_t runeLenUTF8

(

rune

r

)

rune length as UTF-8 code point

Parameters

r	UNICODE rune

Returns

code point length 0 bad rune

Definition at line 47670 of file libsheepy.c.

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decompose_hangul()

internal size_t decompose_hangul	(	rune	s,
		rune *	r
	)

Definition at line 47711 of file libsheepy.c.

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find_decomposition()

internal const char * find_decomposition

(

rune

ch

)

Definition at line 47732 of file libsheepy.c.

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runeFullyDecompose()

internal size_t runeFullyDecompose	(	rune	ch,
		rune *	result,
		size_t	resultLen
	)

Definition at line 47763 of file libsheepy.c.

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output_marks()

internal size_t output_marks	(	const char **	p_inout,
		char *	dst,
		bool	remove_dot
	)

Definition at line 47796 of file libsheepy.c.

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output_special_case()

internal size_t output_special_case	(	char *	dst,
		int	offset,
		int	type,
		int	which
	)

Definition at line 47821 of file libsheepy.c.

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toupperUTF8()

rune toupperUTF8

(

rune

c

)

rune toupper UTF8

Converts a character to uppercase.

Parameters

c

rune

Returns

c converted to uppercase c unchanged if c has no upper case or is not lowercase or titlecase

Definition at line 47854 of file libsheepy.c.

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_upperUTF8()

internal size_t _upperUTF8	(	char *	dst,
		const char *	utf8,
		localeType	lcl
	)

Definition at line 47878 of file libsheepy.c.

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upperUTF8()

char * upperUTF8

(

const char *

utf8

)

upper case UTF-8 encoded string duplicate string

Parameters

string

UTF-8 encoded string

Returns

new upper case string (you must free the pointer)

Definition at line 47975 of file libsheepy.c.

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iUpperUTF8()

char * iUpperUTF8

(

char **

utf8

)

upper case UTF-8 encoded string

Parameters

string

(this parameter is reallocated)

Returns

upper case string (you must free the pointer) NULL error

Definition at line 48003 of file libsheepy.c.

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bUpperUTF8()

char * bUpperUTF8

(

char *utf8

UNUSED

)

buffer upper case String

Parameters

string

Returns

upper case string NULL error

Definition at line 48026 of file libsheepy.c.

runeCombiningClass()

local int runeCombiningClass

(

rune

uc

)

runeCombiningClass: : a Unicode character

Determines the canonical combining class of a Unicode character.

Returns: the combining class of the character

Definition at line 48040 of file libsheepy.c.

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has_more_above()

internal bool has_more_above

(

const char *

str

)

Definition at line 48047 of file libsheepy.c.

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tolowerUTF8()

rune tolowerUTF8

(

rune

c

)

rune tolower UTF8

Converts a character to lower case.

Parameters

c	UNICODE rune

Returns

lowercase c c unchanged if c has lowercase or is not an uppercase or titlecase character

Definition at line 48078 of file libsheepy.c.

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_lowerUTF8()

internal size_t _lowerUTF8	(	char *	dst,
		const char *	utf8,
		localeType	lcl
	)

Definition at line 48103 of file libsheepy.c.

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lowerUTF8()

char * lowerUTF8

(

const char *

utf8

)

lower case UTF-8 String duplicate string

Parameters

string

Returns

new lower case string (you must free the pointer)

Definition at line 48228 of file libsheepy.c.

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iLowerUTF8()

char * iLowerUTF8

(

char **

utf8

)

lower case String

Parameters

string

(this parameter is reallocated)

Returns

lower case string (you must free the pointer) NULL error

Definition at line 48256 of file libsheepy.c.

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bLowerUTF8()

char * bLowerUTF8

(

char *string

UNUSED

)

buffer lower case String

Parameters

string

Returns

lower case string NULL error

Definition at line 48279 of file libsheepy.c.

casefoldUTF8()

char * casefoldUTF8

(

const char *

utf8

)

casefold UTF-8 encoded string

Parameters

utf8	UTF-8 encoded string

Returns

new string (you must free the pointer) NULL when utf8 is NULL

Definition at line 48294 of file libsheepy.c.

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uniqUTF8()

char * uniqUTF8	(	const char *	string,
		const char *	code
	)

uniq UTF-8 String duplicate string

remove successive repetitions of UTF-8 code point code

Parameters

string
c	character to remove

Returns

new string without successive repetitions of char c (you must free the pointer)

Definition at line 48352 of file libsheepy.c.

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iUniqUTF8()

char * iUniqUTF8	(	char **	string,
		const char *	code
	)

uniq UTF-8 String

remove successive repetitions of char c

Parameters

string
c	character to remove

Returns

string without successive repetitions of char c NULL error

Definition at line 48409 of file libsheepy.c.

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bUniqUTF8()

char * bUniqUTF8	(	char *	string,
		const char *	code
	)

buffer uniq String

remove successive repetitions of char c

Parameters

string
c	character to remove

Returns

string without successive repetitions of char c NULL error

Definition at line 48463 of file libsheepy.c.

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icUniqUTF8()

char * icUniqUTF8	(	const char *string	UNUSED,
		const char *code	UNUSED
	)

ignore case uniq String duplicate string

remove successive repetitions of char c

Parameters

string
c	character to remove

Returns

new string without successive repetitions of char c (you must free the pointer)

Definition at line 48516 of file libsheepy.c.

iicUniqUTF8()

char * iicUniqUTF8	(	char **string	UNUSED,
		const char *code	UNUSED
	)

in place ignore case uniq String

remove successive repetitions of char c

Parameters

string
c	character to remove

Returns

string without successive repetitions of char c NULL error

Definition at line 48535 of file libsheepy.c.

bicUniqUTF8()

char * bicUniqUTF8	(	char *string	UNUSED,
		char c	UNUSED
	)

ignore case buffer uniq String

remove successive repetitions of char c

Parameters

string
c	character to remove

Returns

string without successive repetitions of char c NULL error

Definition at line 48554 of file libsheepy.c.

getUTF8()

rune getUTF8	(	const char *	string,
		int64_t	index
	)

get UTF8 encoded string

get char at python index

Definition at line 48567 of file libsheepy.c.

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setUTF8()

char * setUTF8	(	char *	string,
		int64_t	index,
		rune	c
	)

set UTF8 encoded string

set char at python index

TODO this function might make the string invalid UTF8 check codeSizeUTF8 and adjust the buffer

Definition at line 48598 of file libsheepy.c.

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sliceUTF8()

char * sliceUTF8	(	const char *	string,
		int64_t	start,
		int64_t	end
	)

slice UTF8 encoded String return new string which is the string between start and end negative indexes are allowed

(copy substring from start to end)

Parameters

string	to slice
start	start character index, must be in the string
end	end character index, must be in the string after start

Returns

new sliced string (you must free the pointer) "" when start=end NULL when start and end are not set correctly

Definition at line 48641 of file libsheepy.c.

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iSliceUTF8()

char * iSliceUTF8	(	char **	string,
		int64_t	start,
		int64_t	end
	)

slice UTF8 encoded String return string which is the string between start and end negative indexes are allowed

Parameters

string	to slice (this parameter is reallocated)
start	start character index, must be in the string
end	end character index, must be in the string after start

Returns

sliced string (you must free the pointer) "" when start=end NULL unchanged string when start and end are not set correctly

Definition at line 48712 of file libsheepy.c.

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bSliceUTF8()

char * bSliceUTF8	(	char *	string,
		int64_t	start,
		int64_t	end
	)

buffer slice UTF8 encoded String return string which is the string between start and end negative indexes are allowed

Parameters

string	to slice
start	start index, must be in the string
end	end index, must be in the string after start

Returns

sliced string "" when start=end NULL unchanged string when start and end are not set correctly

Definition at line 48791 of file libsheepy.c.

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bLSliceUTF8()

char * bLSliceUTF8	(	char *	string,
		size_t	stringSize,
		int64_t	start,
		int64_t	end
	)

buffer size slice UTF8 encoded String return string which is the string between start and end negative indexes are allowed

Parameters

string	to slice
stringSize	string buffer size
start	start character index, must be in the string
end	end character index, must be in the string after start

Returns

sliced string "" when start=end NULL unchanged string when start and end are not set correctly

Definition at line 48862 of file libsheepy.c.

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insertUTF8()

char * insertUTF8	(	const char *	string,
		int64_t	index,
		const char *	toInsert
	)

insert string in UTF8 encoded string at index

return new string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	UTF8 encoded string
index	character index in string
toInsert	UTF8 encoded string

Returns

new string (you must free the pointer) NULL when string is NULL or invalid index

Definition at line 48956 of file libsheepy.c.

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insertNFreeUTF8()

char * insertNFreeUTF8	(	const char *	string,
		int64_t	index,
		char *	toInsert
	)

insert string in UTF8 encoded string at index and free toInsert

return new string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	UTF8 encoded string
index	character index in string
toInsert	UTF8 encoded string

Returns

new string (you must free the pointer) NULL when string is NULL or invalid index

Definition at line 49029 of file libsheepy.c.

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iInsertUTF8()

char * iInsertUTF8	(	char **	string,
		int64_t	index,
		const char *	toInsert
	)

insert string in UTF8 encoded string at index

return string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	UTF8 encoded string (this parameter is reallocated)
index	character index in string
toInsert	UTF8 encoded string

Returns

modified string (you must free the pointer) NULL unchanged string when string is NULL or invalid index

Definition at line 49110 of file libsheepy.c.

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iInsertNFreeUTF8()

char * iInsertNFreeUTF8	(	char **	string,
		int64_t	index,
		char *	toInsert
	)

insert string in UTF8 encoded string at index and free toInsert

return string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	UTF8 encoded string (this parameter is reallocated)
index	character index in string
toInsert	UTF8 encoded string

Returns

modified string (you must free the pointer) NULL unchanged string when string is NULL or invalid index

Definition at line 49191 of file libsheepy.c.

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bInsertUTF8()

char * bInsertUTF8	(	char *	string,
		int64_t	index,
		const char *	toInsert
	)

buffer insert string in UTF8 encoded string at index

return string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	UTF8 encoded string
index	character index in string
toInsert	UTF8 encoded string

Returns

modified string NULL unchanged string when string is NULL or invalid index

Definition at line 49275 of file libsheepy.c.

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bLInsertUTF8()

char * bLInsertUTF8	(	char *	string,
		size_t	stringSize,
		int64_t	index,
		const char *	toInsert
	)

buffer size insert string in UTF8 encoded string at index

return string with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

string	UTF8 encoded string
index	character index in string
toInsert	UTF8 encoded string

Returns

modified string NULL unchanged string when string is NULL or invalid index

Definition at line 49347 of file libsheepy.c.

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delUTF8()

char * delUTF8	(	const char *	string,
		int64_t	start,
		int64_t	end
	)

delete UTF8 encoded string

return new string without the string between start and end negative indexes are allowed

Parameters

string	to delete
start	start character index, must be in the string
end	end character index, must be in the string after start

Returns

new sliced string (you must free the pointer) new identical string when start=end or when start and end are not set correctly NULL when input string is NULL or when malloc failed or when end is under start

Definition at line 49424 of file libsheepy.c.

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iDelUTF8()

char * iDelUTF8	(	char **	string,
		int64_t	start,
		int64_t	end
	)

delete UTF8 encoded string

return string without the string between start and end negative indexes are allowed

Parameters

string	to delete (this parameter is reallocated)
start	start character index, must be in the string
end	end character index, must be in the string after start

Returns

sliced string (you must free the pointer) unchanged string when start=end NULL when start and end are not set correctly or when input string is NULL or when malloc failed or when end is under start

Definition at line 49499 of file libsheepy.c.

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bDelUTF8()

char * bDelUTF8	(	char *	string,
		int64_t	start,
		int64_t	end
	)

buffer delete UTF8 encoded string

return string without the string between start and end negative indexes are allowed

Parameters

string	to delete
start	start character index, must be in the string
end	end character index, must be in the string after start

Returns

sliced string unchanged string when start=end NULL when start and end are not set correctly or when input string is NULL or when malloc failed or when end is under start

Definition at line 49576 of file libsheepy.c.

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bLDelUTF8()

char * bLDelUTF8	(	char *	string,
		size_t	stringSize,
		int64_t	start,
		int64_t	end
	)

buffer size delete UTF8 encoded string

return string without the string between start and end negative indexes are allowed

Parameters

string	to delete
stringSize	string buffer size
start	start character index, must be in the string
end	end character index, must be in the string after start

Returns

sliced string unchanged string when start=end NULL when start and end are not set correctly or when input string is NULL or when malloc failed or when end is under start

Definition at line 49647 of file libsheepy.c.

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indexOfUTF8()

ssize_t indexOfUTF8	(	const char *	string,
		const char *	needle
	)

indexOf UTF8 encoded String relative to start

Parameters

string
needle	string to find

Returns

character index of first occurence of needle in string -1 when needle is not found -1 when string or needle are NULL

Definition at line 49726 of file libsheepy.c.

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icIndexOfUTF8()

ssize_t icIndexOfUTF8	(	const char *string	UNUSED,
		const char *needle	UNUSED
	)

ignore case indexOf UTF8 encoded String relative to start

Parameters

string
needle	string to find

Returns

character index of first occurence of needle in string -1 when needle is not found -1 when string or needle are NULL

Definition at line 49749 of file libsheepy.c.

icHasUTF8()

bool icHasUTF8	(	const char *	string,
		const char *	needle
	)

ignore case has UTF8 encoded String

Parameters

string
needle	string to find

Returns

true when needle is in string false when needle is not found false when string or needle are NULL

Definition at line 49768 of file libsheepy.c.

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icTokUTF8()

char * icTokUTF8	(	const char *s	UNUSED,
		const char *delim	UNUSED,
		char **saveptr	UNUSED
	)

ignore case token in UTF8 encoded String

parse string into a sequence of tokens delimited by the ENTIRE DELIM string work like strtok_r from c stdlib (for strtok_r, when delim has multiple characters, each character is a delimiter)

on first call s is the string to parse, optionally initialize *saveptr to NULL on next calls, s should be NULL

Parameters

s	string to parse, the s string is modified
delim	string

Returns

token *saveptr is set to NULL when the last token is found

Definition at line 49804 of file libsheepy.c.

icSplitUTF8()

char ** icSplitUTF8	(	const char *string	UNUSED,
		const char *delim	UNUSED
	)

ignore case split UTF8 encoded string with delim string return list

Parameters

string	to split
delim	delimiter

Returns

list of tokens NULL when list or delim are NULL

Definition at line 49823 of file libsheepy.c.

icExtractUTF8()

char ** icExtractUTF8	(	const char *string	UNUSED,
		const char *delim1	UNUSED,
		const char *delim2	UNUSED
	)

ignore case extract UTF8 encoded string between delim1 and delim2 strings return list

Parameters

string	to split
delim1	first delimiter
delim2	second delimiter, has to different from delim1

Returns

list of tokens NULL when list or delim are NULL

Definition at line 49843 of file libsheepy.c.

icExtractCharSUTF8()

char ** icExtractCharSUTF8	(	const char *string	UNUSED,
		char delim1	UNUSED,
		const char *delim2	UNUSED
	)

Definition at line 49849 of file libsheepy.c.

icExtractSCharUTF8()

char ** icExtractSCharUTF8	(	const char *string	UNUSED,
		const char *delim1	UNUSED,
		char delim2	UNUSED
	)

Definition at line 49855 of file libsheepy.c.

icListSortUTF8Cmp()

internal int icListSortUTF8Cmp	(	const void *	a,
		const void *	b
	)

ignore case list Sort UTF-8 encoded String Compare function

in: a b out: test result

Definition at line 49871 of file libsheepy.c.

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icListSortUTF8()

char ** icListSortUTF8

(

char **

list

)

ignore case list Sort UTF8 encoded String duplicate list and sort

Parameters

list

Returns

new sorted list (you must free the pointer with listFreeS) empty list when list is empty NULL when list is NULL

Definition at line 49903 of file libsheepy.c.

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iicListSortUTF8()

char ** iicListSortUTF8

(

char ***

list

)

ignore case list Sort UTF8 encoded String

Parameters

list

Returns

sorted list empty list when list is empty unchanged list when list is NULL NULL error

Definition at line 49934 of file libsheepy.c.

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icListEqUTF8()

bool icListEqUTF8	(	char **	list1,
		char **	list2
	)

ignore case list Equal UTF8 encoded String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 49961 of file libsheepy.c.

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icListHasUTF8()

bool icListHasUTF8	(	char **	list,
		const char *	string
	)

ignore case and return true when list has UTF8 encoded string

Parameters

list
string

Returns

true when list has string false when the string is not found false when list or string are NULL

Definition at line 49994 of file libsheepy.c.

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icListIndexOfUTF8()

ssize_t icListIndexOfUTF8	(	char **	list,
		const char *	string
	)

ignore case and return index of UTF8 encoded string in list

Parameters

list
string

Returns

index -1 when the string is not found -1 when list or string are NULL

Definition at line 50018 of file libsheepy.c.

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icListBinarySearchUTF8()

ssize_t icListBinarySearchUTF8	(	char **	list,
		const char *	string
	)

ignore case list binary search UTF8 encoded string

efficiently finds the index of string in list the list has be sorted with for example listSortS

Parameters

list
string	to search

Returns

index of string -1 string not found or NULL input pointers

Definition at line 50055 of file libsheepy.c.

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icListUniqUTF8()

char ** icListUniqUTF8

(

char **

list

)

ignore case and uniquify UTF8 encoded elements of list duplicate list each elements are unique in the new list

Parameters

list

Returns

new list with unique elements (you must free the pointer with listFreeS) empty list when list is empty NULL when list is NULL

Definition at line 50098 of file libsheepy.c.

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iicListUniqUTF8()

char ** iicListUniqUTF8

(

char ***

list

)

ignore case and uniquify UTF8 encoded elements of list each elements are unique in the list

Parameters

list

Returns

list with unique elements empty list when list is empty unchanged list when list is NULL NULL error

Definition at line 50139 of file libsheepy.c.

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emptySF()

char * emptySF

(

void

)

empty String Function

Returns

new empty string (you must free the pointer)

Definition at line 50188 of file libsheepy.c.

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iEmptySF()

char * iEmptySF

(

char **

string

)

empty String Function

when *string is NULL, it is freed

Returns

empty string (you must free the pointer) NULL nothing when string is NULL

Definition at line 50202 of file libsheepy.c.

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isEmptyS()

bool isEmptyS

(

const char *

string

)

is Empty String

Parameters

string

Returns

false when there are characters in the string true when string is empty true when string is NULL

Definition at line 50226 of file libsheepy.c.

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isBlankS()

bool isBlankS

(

const char *

string

)

is Blank String

Parameters

string

Returns

false when there are non white space characters in the string true when there are only white spaces in the string true when string is empty true when string is NULL

Definition at line 50246 of file libsheepy.c.

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intIndex()

ssize_t intIndex	(	int64_t	index,
		int64_t	length
	)

int to positive index index can be negative

Parameters

index	index in list, must be inside the list
length	list length

Returns

positive index -1 when length is 0 or index is not set correctly

Definition at line 50275 of file libsheepy.c.

listEmptySF()

char ** listEmptySF

(

void

)

list Empty String Function

Returns

new empty list (you must free the pointer with listFreeS)

Definition at line 50305 of file libsheepy.c.

iListEmptySF()

char ** iListEmptySF

(

char ***

list

)

list Empty String Function

Returns

empty list (you must free the pointer with listFreeS) NULL error

Definition at line 50322 of file libsheepy.c.

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listIsEmptyS()

bool listIsEmptyS

(

char **

list

)

list Is Empty String

Parameters

list

Returns

false when there are elements in the list true when list is empty true when list is NULL

Definition at line 50351 of file libsheepy.c.

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listIsBlankS()

bool listIsBlankS

(

char **

list

)

list Is Empty String

Parameters

list

Returns

false when there are non blank elements in the list true when all elements are blank true when list is NULL

Definition at line 50370 of file libsheepy.c.

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listCreateSF()

char ** listCreateSF	(	const char *	paramType,
			...
	)

list Create String Function create a list from the list of parameters used from the listCreateS(...) macro

Parameters

list	of strings seperated with commas

Returns

list NULL when first element if NULL

Definition at line 50395 of file libsheepy.c.

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listFromArrayS()

char ** listFromArrayS	(	char **	array,
		size_t	size
	)

list From Array String

copy array of 'size' strings to a new list NULL strings are not copied to the list

Parameters

array	of strings
size	- number of strings in the array

Returns

list empty list when size is 0 NULL when array is NULL

Definition at line 50427 of file libsheepy.c.

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listFromCArrayS()

char ** listFromCArrayS	(	const char **	array,
		size_t	size
	)

list From Const Array String

copy array of 'size' strings to a new list NULL strings are not copied to the list

Parameters

array	of strings
size	- number of strings in the array

Returns

list empty list when size is 0 NULL when array is NULL

Definition at line 50465 of file libsheepy.c.

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listPushS()

char ** listPushS	(	char ***	list,
		const char *	s
	)

list Push String append s at the end of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, NULL is pushed at the end of the list

the list is reallocated to add extra space

Parameters

pointer	to list - becomes NULL when realloc fails (this parameter is reallocated)
s	string to push

Returns

list success (you must free the pointer with listFreeS) NULL error

Definition at line 50504 of file libsheepy.c.

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listPushCharS()

char ** listPushCharS	(	char ***	list,
		char	c
	)

Definition at line 50536 of file libsheepy.c.

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iListPushS()

char ** iListPushS	(	char ***	list,
		char *	s
	)

list Push String append s pointer at the end of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, NULL is pushed at the end of the list

the list is reallocated to add extra space

Parameters

pointer	to list - becomes NULL when realloc fails (this parameter is reallocated)
s	string to push

Returns

list success NULL error

Definition at line 50559 of file libsheepy.c.

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listPopS()

char * listPopS

(

char ***

list

)

list Pop String return last string from list and remove last element from the list

Parameters

pointer

to list

Returns

duplicated last string (you must free the pointer) NULL when the list is NULL or empty (first element is NULL)

Definition at line 50602 of file libsheepy.c.

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listPrependS()

char ** listPrependS	(	char ***	list,
		const char *	s
	)

list Prepend String append s at the beginning of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, the operation is canceled

the list is reallocated to add extra space

Parameters

pointer	to list - becomes NULL when realloc fails (this parameter is reallocated)
s	string to prepend

Returns

list success (you must free the pointer with listFreeS) NULL error

Definition at line 50641 of file libsheepy.c.

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listPrependCharS()

char ** listPrependCharS	(	char ***	list,
		char	c
	)

Definition at line 50677 of file libsheepy.c.

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iListPrependS()

char ** iListPrependS	(	char ***	list,
		char *	s
	)

list Prepend String append s pointer at the beginning of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, the operation is canceled

the list is reallocated to add extra space

Parameters

pointer	to list - becomes NULL when realloc fails (this parameter is reallocated)
s	string to prepend

Returns

list success NULL error

Definition at line 50700 of file libsheepy.c.

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listDequeueS()

char * listDequeueS

(

char ***

list

)

list Dequeue String return first string from list and remove it from the list

Parameters

pointer

to list

Returns

first string (you must free the pointer) NULL when the list is NULL or empty (first element is NULL)

Definition at line 50746 of file libsheepy.c.

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listFreeS()

void listFreeS

(

char **

list

)

list Free String

Parameters

list

Returns

nothing

Definition at line 50780 of file libsheepy.c.

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listFreeManySF()

void listFreeManySF	(	char **	paramType,
			...
	)

list free many String

free variable list of pointers listFreeManyS(l1, l2, ...);

Definition at line 50797 of file libsheepy.c.

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listLengthS()

size_t listLengthS

(

char **

list

)

list Length String return number of elements until the first NULL element

Parameters

list

Returns

number of element until first NULL element 0 when list is NULL

Definition at line 50820 of file libsheepy.c.

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listLengthCS()

size_t listLengthCS

(

const char **

list

)

const list Length String return number of elements until the first NULL element

Parameters

list

Returns

number of element until first NULL element 0 when list is NULL

Definition at line 50843 of file libsheepy.c.

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listStrLengthS()

ssize_t listStrLengthS

(

char **

list

)

list String Length String

Parameters

list

Returns

list length as a single string -1 when list is NULL

Definition at line 50865 of file libsheepy.c.

listIntIndexS()

ssize_t listIntIndexS	(	char **	list,
		int64_t	index
	)

list int to index String index can be negative

Parameters

list
index	index in list, must be inside the list

Returns

positive index -1 when list is NULL or index is not set correctly

Definition at line 50892 of file libsheepy.c.

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listAddrS()

char ** listAddrS	(	char **	list,
		int64_t	index
	)

list address String index can be negative

Parameters

list
index	index in list, must be inside the list

Returns

pointer to char* at index NULL when list is NULL or index is not set correctly

Definition at line 50929 of file libsheepy.c.

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listGetS()

char * listGetS	(	char **	list,
		int64_t	index
	)

list Get String duplicate string at given index index can be negative

Parameters

list
index	index in list, must be inside the list

Returns

duplicated string (you must free the pointer) NULL when list is NULL or index is not set correctly

Definition at line 50967 of file libsheepy.c.

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iListGetS()

char * iListGetS	(	char **	list,
		int64_t	index
	)

list Get String index can be negative

Parameters

list
index	index in list, must be inside the list

Returns

string NULL when list is NULL or index is not set correctly

Definition at line 51001 of file libsheepy.c.

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listGetCS()

char * listGetCS	(	const char **	list,
		int64_t	index
	)

const list Get String duplicate string at given index index can be negative

Parameters

list
index	index in list, must be inside the list

Returns

duplicated string (you must free the pointer) NULL when list is NULL or index is not set correctly

Definition at line 51036 of file libsheepy.c.

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iListGetCS()

const char * iListGetCS	(	const char **	list,
		int64_t	index
	)

const list Get String index can be negative

Parameters

list
index	index in list, must be inside the list

Returns

string NULL when list is NULL or index is not set correctly

Definition at line 51070 of file libsheepy.c.

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listSetS()

char ** listSetS	(	char **	list,
		int64_t	index,
		const char *	s
	)

list Set String duplicate string and store at given index, the existing element is freed index can be negative

Parameters

list
index	index in list, must be inside the list
string

Returns

list success (you must free the pointer with listFreeS) NULL error

Does nothing when: when list is NULL, index is not set correctly or s is NULL

Definition at line 51110 of file libsheepy.c.

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listSetCharS()

char ** listSetCharS	(	char **	list,
		int64_t	index,
		char	c
	)

Definition at line 51134 of file libsheepy.c.

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iListSetS()

char ** iListSetS	(	char **	list,
		int64_t	index,
		char *	s
	)

list Set String store string at given index index can be negative

Parameters

list
index	index in list, must be inside the list
string

Returns

list success NULL error

Does nothing when: when list is NULL, index is not set correctly or s is NULL

Definition at line 51158 of file libsheepy.c.

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listSwapS()

char ** listSwapS	(	char **	list,
		int64_t	index1,
		int64_t	index2
	)

swap elements in list

Parameters

list
index1	index of character to swap
index2	index of second character to swap

Returns

new list with elements swapped at index1 and index2 (you must free this pointer) NULL when list is NULL or when index1 or index2 are outside the list

Definition at line 51195 of file libsheepy.c.

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iListSwapS()

char ** iListSwapS	(	char **	list,
		int64_t	index1,
		int64_t	index2
	)

swap elements in list

Parameters

list
index1	index of character to swap
index2	index of second character to swap

Returns

updated list with characters swapped at index1 and index2 (you must free this pointer) NULL when list is NULL or when index1 or index2 are outside the list

Definition at line 51245 of file libsheepy.c.

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split()

char ** split	(	const char *	string,
		const char *	delim
	)

split string with delim string when updating this function, also update splitS (identical to split) return list

Parameters

string	to split
delim	delimiter

Returns

list of tokens (you must free the pointer with listFreeS) NULL when list or delim are NULL

Definition at line 51294 of file libsheepy.c.

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splitS()

char ** splitS	(	const char *	string,
		const char *	delim
	)

Definition at line 51342 of file libsheepy.c.

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splitChar()

char ** splitChar	(	const char *	string,
		char	delim
	)

Definition at line 51388 of file libsheepy.c.

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icSplit()

char ** icSplit	(	const char *	string,
		const char *	delim
	)

ignore case split string with delim string when updating this function, also update icSplitS (identical to icSplit) return list

Parameters

string	to split
delim	delimiter

Returns

list of tokens (you must free the pointer with listFreeS) NULL when list or delim are NULL

Definition at line 51407 of file libsheepy.c.

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icSplitS()

char ** icSplitS	(	const char *	string,
		const char *	delim
	)

Definition at line 51455 of file libsheepy.c.

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icSplitChar()

char ** icSplitChar	(	const char *	string,
		char	delim
	)

Definition at line 51501 of file libsheepy.c.

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joinLength()

ssize_t joinLength	(	char **	list,
		const char *	delim
	)

join Length list length after joined with delimiter

Parameters

list
delim	string seperator

Returns

list length as a single string -1 when list is NULL

Definition at line 51519 of file libsheepy.c.

join()

char * join	(	char **	list,
		const char *	delim
	)

join list, the elements are seperated with delim in the resulting string when updating this function, also update joinS (identical to join)

Parameters

list
delim	string seperator

Returns

joined string (you must free the pointer) NULL when list or delim are NULL

Definition at line 51554 of file libsheepy.c.

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joinS()

char * joinS	(	char **	list,
		const char *	delim
	)

Definition at line 51589 of file libsheepy.c.

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joinCS()

char * joinCS	(	const char **	list,
		const char *	delim
	)

join list, the elements are seperated with delim in the resulting string

Parameters

list
delim	string seperator

Returns

joined string (you must free the pointer) NULL when list or delim are NULL

Definition at line 51633 of file libsheepy.c.

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joinChar()

char * joinChar	(	char **	list,
		char	delim
	)

Definition at line 51666 of file libsheepy.c.

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bJoin()

char * bJoin	(	char *	string,
		char **	list,
		const char *	delim
	)

buffer join list, the elements are seperated with delim in the resulting string

Parameters

list
delim	string seperator

Returns

joined string NULL when list or delim are NULL

Definition at line 51683 of file libsheepy.c.

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bJoinChar()

char * bJoinChar	(	char *	string,
		char **	list,
		char	delim
	)

Definition at line 51703 of file libsheepy.c.

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bLJoin()

char * bLJoin	(	char *	string,
		size_t	stringSize,
		char **	list,
		const char *	delim
	)

buffer size join list, the elements are seperated with delim in the resulting string

Parameters

list
delim	string seperator

Returns

joined string NULL when list or delim are NULL

Definition at line 51720 of file libsheepy.c.

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bLJoinChar()

char * bLJoinChar	(	char *	string,
		size_t	stringSize,
		char **	list,
		char	delim
	)

Definition at line 51745 of file libsheepy.c.

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extractS()

char ** extractS	(	const char *	string,
		const char *	delim1,
		const char *	delim2
	)

extract string between delim1 and delim2 strings return list

Parameters

string	to split
delim1	first delimiter
delim2	second delimiter, has to be different from delim1

Returns

list of tokens (you must free the pointer with listFreeS) NULL when list or delim are NULL

Definition at line 51765 of file libsheepy.c.

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extractCharSS()

char ** extractCharSS	(	const char *	string,
		char	delim1,
		const char *	delim2
	)

Definition at line 51805 of file libsheepy.c.

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extractSCharS()

char ** extractSCharS	(	const char *	string,
		const char *	delim1,
		char	delim2
	)

Definition at line 51811 of file libsheepy.c.

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extractCharCharS()

char ** extractCharCharS	(	const char *	string,
		char	delim1,
		char	delim2
	)

Definition at line 51817 of file libsheepy.c.

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icExtractS()

char ** icExtractS	(	const char *	string,
		const char *	delim1,
		const char *	delim2
	)

ignore case extract string between delim1 and delim2 strings return list

Parameters

string	to split
delim1	first delimiter
delim2	second delimiter, has to different from delim1

Returns

list of tokens (you must free the pointer with listFreeS) NULL when list or delim are NULL

Definition at line 51838 of file libsheepy.c.

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icExtractCharSS()

char ** icExtractCharSS	(	const char *	string,
		char	delim1,
		const char *	delim2
	)

Definition at line 51878 of file libsheepy.c.

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icExtractSCharS()

char ** icExtractSCharS	(	const char *	string,
		const char *	delim1,
		char	delim2
	)

Definition at line 51884 of file libsheepy.c.

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icExtractCharCharS()

char ** icExtractCharCharS	(	const char *	string,
		char	delim1,
		char	delim2
	)

Definition at line 51890 of file libsheepy.c.

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listDupS()

char ** listDupS

(

char **

list

)

list Duplicate String

Parameters

list

Returns

duplicated list (you must free the pointer with listFreeS) NULL when list is NULL

Definition at line 51906 of file libsheepy.c.

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listDupCS()

char ** listDupCS

(

const char **

list

)

const list Duplicate String

Parameters

list

Returns

duplicated list (you must free the pointer with listFreeS) NULL when list is NULL

Definition at line 51940 of file libsheepy.c.

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iListDupS()

char ** iListDupS

(

char **

list

)

list Duplicate String

copy pointers to new list After this function, free list with free instead of listFreeS

Note: this function creates a new list, so char *** is not needed. Unlike iList functions.

Parameters

list

Returns

new list pointing to the same string as list (you should free the pointer with free) NULL when list is NULL

Definition at line 51980 of file libsheepy.c.

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listReverseS()

char ** listReverseS

(

char **

list

)

list Reverse String duplicate and reverse list, the last element is the first element of the new list

Parameters

list

Returns

reversed list (you must free the pointer with listFreeS) NULL when list is NULL

Definition at line 52015 of file libsheepy.c.

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iListReverseS()

char ** iListReverseS

(

char ***

list

)

list Reverse String reverse list, the last element is the first element of the list

Parameters

list	(this parameter is reallocated)

Returns

reversed list (you must free the pointer with listFreeS or free) nothing when list is NULL NULL error

Definition at line 52051 of file libsheepy.c.

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listCatSF()

char ** listCatSF	(	char **	paramType,
			...
	)

list Cat String

Parameters

arbitrary

list of lists seperated by commas

Returns

new list with input lists concatenated (you must free the pointer with listFreeS)

Definition at line 52086 of file libsheepy.c.

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listAppendS()

char ** listAppendS	(	char ***	list1,
		char **	list2
	)

list Append String Append list2 at the end of list1

list1 is reallocated to add extra space

Parameters

list1	(this parameter is reallocated)
list2

Returns

list1 and list2 (you must free the pointer with listFreeS) list1 not modified when list1 and list2 are NULL NULL error

Definition at line 52116 of file libsheepy.c.

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iListAppendS()

char ** iListAppendS	(	char ***	list1,
		char **	list2
	)

in place list Append String Append list2 at the end of list1 by copying the pointers from list2 to list1.

After this function, free list2 with free instead of listFreeS

list1 is reallocated to add extra space

Parameters

list1	(this parameter is reallocated)
list2

Returns

list1 and list2 (you must free the pointer with listFreeS or free) list1 not modified when list1 and list2 are NULL or when list1 is identical to list2 (same pointers) NULL error

Definition at line 52199 of file libsheepy.c.

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iListAppendNSmashS()

char ** iListAppendNSmashS	(	char ***	list1,
		char **	list2
	)

list Append and smash list2 Append list2 at the end of list1 by copying the pointers from list2 to list1.

list2 is freed (except when there is an error)

list1 is reallocated to add extra space

Parameters

list1	(this parameter is reallocated)
list2

Returns

list1 and list2 (you must free the pointer with listFreeS or free) list1 not modified when list1 and list2 are NULL or when list1 is identical to list2 (same pointers) NULL error

Definition at line 52273 of file libsheepy.c.

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listShiftS()

char ** listShiftS	(	char ***	list1,
		char **	list2
	)

list Shift String Append list2 at the start of list1

list1 is reallocated to add extra space

Parameters

list1	(this parameter is reallocated)
list2

Returns

list1 and list2 (you must free the pointer with listFreeS) list1 not modified when list1 and list2 are NULL NULL error

Definition at line 52298 of file libsheepy.c.

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iListShiftS()

char ** iListShiftS	(	char ***	list1,
		char **	list2
	)

in place list Shift String Append list2 at the start of list1 by copying the pointers from list2 to list1.

After this function, free list2 with free instead of listFreeS

list1 is reallocated to add extra space

Parameters

list1	(this parameter is reallocated)
list2

Returns

list1 and list2 (you must free the pointer with listFreeS or free) list1 not modified when list1 and list2 are NULL or when list1 is identical to list2 (same pointers) NULL error

Definition at line 52330 of file libsheepy.c.

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iListShiftNSmashS()

char ** iListShiftNSmashS	(	char ***	list1,
		char **	list2
	)

list Append and smash list2 Append list2 at the start of list1 by copying the pointers from list2 to list1.

list2 is freed (except when there is an error)

list1 is reallocated to add extra space

Parameters

list1	(this parameter is reallocated)
list2

Returns

list1 and list2 (you must free the pointer with listFreeS or free) list1 not modified when list1 and list2 are NULL or when list1 is identical to list2 (same pointers) NULL error

Definition at line 52354 of file libsheepy.c.

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listAddS()

char ** listAddS	(	char **	list1,
		char **	list2
	)

list Add String add list1 and list2 in a new list

Parameters

list1
list2

Returns

new list with list1 and list2 (you must free the pointer with listFreeS) NULL when list1 and list2 are NULL

Definition at line 52372 of file libsheepy.c.

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listAddCS()

char ** listAddCS	(	char **	list1,
		const char **	list2
	)

const list Add String add list1 and list2 in a new list

Parameters

list1
list2

Returns

new list with list1 and list2 (you must free the pointer with listFreeS) NULL when list1 and list2 are NULL

Definition at line 52423 of file libsheepy.c.

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listSliceS()

char ** listSliceS	(	char **	list,
		int64_t	start,
		int64_t	end
	)

list Slice String return new list with elements from start and end in list negative indexes are allowed

Parameters

list
start	index, must be in the list
end	index, must be in the list

Returns

sliced list (you must free the pointer with listFreeS) empty list when start=end NULL when list is empty NULL when list is NULL or when start and end are not set correctly

Definition at line 52479 of file libsheepy.c.

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iListCopyS()

char ** iListCopyS	(	char **	list,
		int64_t	start,
		int64_t	end
	)

list Copy String return new list with element pointers from start and end in list negative indexes are allowed

Note: this function creates a new list, so char *** is not needed. Unlike iList functions.

Parameters

list
start	index, must be in the list
end	index, must be in the list

Returns

new list pointing to the same string as list (you must free the pointer with free) empty list when start=end NULL when list is empty NULL when list is NULL or when start and end are not set correctly

Definition at line 52552 of file libsheepy.c.

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iListSliceS()

char ** iListSliceS	(	char ***	list,
		int64_t	start,
		int64_t	end
	)

list Slice String return list with elements from start and end in list negative indexes are allowed

Parameters

list	(this parameter is reallocated)
start	index, must be in the list
end	index, must be in the list

Returns

sliced list (you must free the pointer with listFreeS or free) empty list when start=end unchanged when list is empty unchanged when list is NULL or when start and end are not set correctly NULL error

Definition at line 52623 of file libsheepy.c.

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listCropS()

char ** listCropS	(	char **	list,
		int64_t	start,
		int64_t	end
	)

list Crop String return a new list with elements from start and end in list and delete elements from start to end in the original list negative indexes are allowed

iListCropS is faster than listSliceS+iListDelS because only the string pointers are copied to the sliced list

Parameters

list
start	index, must be in the list
end	index, must be in the list

Returns

new sliced list (you must free the pointer with listFreeS or free) empty list when start=end unchanged when list is empty unchanged when list is NULL or when start and end are not set correctly NULL error

Definition at line 52717 of file libsheepy.c.

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iListCropS()

char ** iListCropS	(	char ***	list,
		int64_t	start,
		int64_t	end
	)

list Crop String return a new list with elements from start and end in list and delete elements from start to end in the original list negative indexes are allowed

iListCropS is faster than listSliceS+iListDelS because only the string pointers are copied to the sliced list

Parameters

list
start	index, must be in the list
end	index, must be in the list

Returns

new sliced list (you must free the pointer with listFreeS or free) empty list when start=end unchanged when list is empty unchanged when list is NULL or when start and end are not set correctly NULL error

Definition at line 52799 of file libsheepy.c.

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listCropElemS()

char * listCropElemS	(	char **	list,
		int64_t	index
	)

list Crop Element String return element at index and delete element at index in the original list negative indexes are allowed

iListCropS is faster than listSliceS+iListDelElemS because only the string pointer is returned directly

Parameters

list
index	must be in the list

Returns

element at index (you must free the pointer with free) empty list when start=end unchanged when list is empty unchanged when list is NULL or when start and end are not set correctly NULL error

Definition at line 52879 of file libsheepy.c.

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iListCropElemS()

char * iListCropElemS	(	char ***	list,
		int64_t	index
	)

list Crop Element String return element at index and delete element at index in the original list negative indexes are allowed

iListCropS is faster than listSliceS+iListDelElemS because only the string pointer is returned directly

Parameters

list
index	must be in the list

Returns

element at index (you must free the pointer with free) empty list when start=end unchanged when list is empty unchanged when list is NULL or when start and end are not set correctly NULL error

Definition at line 52933 of file libsheepy.c.

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listInsertS()

char ** listInsertS	(	char **	list,
		int64_t	index,
		char **	toInsert
	)

list Insert string

insert list in list at index

return new list with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

list
index	in list
toInsert	list

Returns

new list (you must free the pointer with listFreeS) NULL when list is NULL or invalid index

Definition at line 52986 of file libsheepy.c.

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iListInsertS()

char ** iListInsertS	(	char ***	list,
		int64_t	index,
		char **	toInsert
	)

list Insert string

insert list in list at index After this function, free toInsert with free instead of listFreeS

return list with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

list	(this parameter is reallocated)
index	in list
toInsert	list

Returns

list (you must free the pointer with listFreeS or free) unchanged list when list is NULL or invalid index NULL error

Definition at line 53060 of file libsheepy.c.

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iListInsertNFreeS()

char ** iListInsertNFreeS	(	char ***	list,
		int64_t	index,
		char **	toInsert
	)

list Insert string and free toInsert

insert list in list at index

return list with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

list	(this parameter is reallocated)
index	in list
toInsert	list

Returns

list (you must free the pointer with listFreeS or free) unchanged list when list is NULL or invalid index NULL error

Definition at line 53161 of file libsheepy.c.

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listInjectS()

char ** listInjectS	(	char **	list,
		int64_t	index,
		char *	toInject
	)

list Inject string

Inject string in list at index

return new list with toInject at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

list
index	in list
toInject	string

Returns

new list (you must free the pointer with listFreeS) NULL when list is NULL or invalid index

Definition at line 53254 of file libsheepy.c.

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listInjectCharS()

char ** listInjectCharS	(	char **	list,
		int64_t	index,
		char	toInject
	)

Definition at line 53313 of file libsheepy.c.

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iListInjectS()

char ** iListInjectS	(	char ***	list,
		int64_t	index,
		char *	toInject
	)

list Inject string

Inject string pointer in list at index

return list with toInject at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

list	(this parameter is reallocated)
index	in list
toInject	string

Returns

list (you must free the pointer with listFreeS or free) unchanged list when list is NULL or invalid index NULL error

Definition at line 53339 of file libsheepy.c.

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iListInjectCharS()

char ** iListInjectCharS	(	char ***	list,
		int64_t	index,
		char	toInject
	)

Definition at line 53403 of file libsheepy.c.

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listDelS()

char ** listDelS	(	char **	list,
		int64_t	start,
		int64_t	end
	)

list Delete String return new list without elements from start and end in list negative indexes are allowed

Parameters

list
start	index, must be in the list
end	index, must be in the list

Returns

sliced list (you must free the pointer with listFreeS) list copy when start=end or when start and end are not set correctly NULL when list is empty NULL when list is NULL or when end is under start

Definition at line 53435 of file libsheepy.c.

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iListDelS()

char ** iListDelS	(	char ***	list,
		int64_t	start,
		int64_t	end
	)

list Delete String return list without elements from start and end in list negative indexes are allowed

Parameters

list	(this parameter is reallocated)
start	index, must be in the list
end	index, must be in the list

Returns

sliced list (you must free the pointer with listFreeS or free) list copy when start=end or when start and end are not set correctly NULL when list is empty NULL when list is NULL or when end is under start NULL error

Definition at line 53512 of file libsheepy.c.

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iListRemoveS()

char ** iListRemoveS	(	char ***	list,
		int64_t	start,
		int64_t	end
	)

list Remove String return list without elements from start and end in list the elements are removed without being freed negative indexes are allowed

Parameters

list	(this parameter is reallocated)
start	index, must be in the list
end	index, must be in the list

Returns

sliced list (you must free the pointer with listFreeS or free) list copy when start=end or when start and end are not set correctly NULL when list is empty NULL when list is NULL or when end is under start NULL error

Definition at line 53595 of file libsheepy.c.

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listDelElemS()

char ** listDelElemS	(	char **	list,
		int64_t	index
	)

list Delete Element String return new list without the element at index negative indexes are allowed

Parameters

list
index	must be in the list

Returns

new list without the element at index (you must free the pointer with listFreeS) NULL when list is empty NULL when list is NULL

Definition at line 53670 of file libsheepy.c.

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iListDelElemS()

char ** iListDelElemS	(	char ***	list,
		int64_t	index
	)

list Delete Element String return list without the element at index negative indexes are allowed

Parameters

list	(this parameter is reallocated)
index	must be in the list

Returns

new list without the element at index (you must free the pointer with listFreeS) NULL when list is empty NULL when list is NULL NULL error

Definition at line 53725 of file libsheepy.c.

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iListRemoveElemS()

char ** iListRemoveElemS	(	char ***	list,
		int64_t	index
	)

list Remove Element String return list without the element at index the element is removed without being freed negative indexes are allowed

Parameters

list	(this parameter is reallocated)
index	must be in the list

Returns

new list without the element at index (you must free the pointer with listFreeS) NULL when list is empty NULL when list is NULL NULL error

Definition at line 53785 of file libsheepy.c.

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listPrintS()

int listPrintS

(

char **

list

)

print list elements to stdout

when list is NULL, returns directly without doing anything

Parameters

list

Returns

nothing 1 success 0 error

Definition at line 53841 of file libsheepy.c.

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listPrintCS()

int listPrintCS

(

const char **

list

)

Definition at line 53852 of file libsheepy.c.

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listSortSCmp()

internal int listSortSCmp	(	const void *	a,
		const void *	b
	)

list Sort String Compare function

in: a b out: test result

Definition at line 53872 of file libsheepy.c.

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listSortS()

char ** listSortS

(

char **

list

)

list Sort String duplicate list and sort

Parameters

list

Returns

new sorted list (you must free the pointer with listFreeS) empty list when list is empty NULL when list is NULL

Definition at line 53898 of file libsheepy.c.

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iListSortS()

char ** iListSortS

(

char ***

list

)

list Sort String

Parameters

list

Returns

sorted list empty list when list is empty unchanged list when list is NULL NULL error

Definition at line 53928 of file libsheepy.c.

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listSortFS()

char ** listSortFS	(	char **	list,
		shCmpt	compareFunction
	)

list Sort String duplicate list and sort

Parameters

list	compareFunction

Returns

new sorted list (you must free the pointer with listFreeS) empty list when list is empty NULL when list is NULL

Definition at line 53956 of file libsheepy.c.

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iListSortFS()

char ** iListSortFS	(	char ***	list,
		shCmpt	compareFunction
	)

list Sort String

Parameters

list	compareFunction

Returns

sorted list empty list when list is empty unchanged list when list is NULL NULL error

Definition at line 53987 of file libsheepy.c.

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icListSortSCmp()

internal int icListSortSCmp	(	const void *	a,
		const void *	b
	)

ignore case list Sort String Compare function

in: a b out: test result

Definition at line 54013 of file libsheepy.c.

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icListSortS()

char ** icListSortS

(

char **

list

)

ignore case list Sort String duplicate list and sort

Parameters

list

Returns

new sorted list (you must free the pointer with listFreeS) empty list when list is empty NULL when list is NULL

Definition at line 54039 of file libsheepy.c.

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iicListSortS()

char ** iicListSortS

(

char ***

list

)

ignore case list Sort String

Parameters

list

Returns

sorted list empty list when list is empty unchanged list when list is NULL NULL error

Definition at line 54069 of file libsheepy.c.

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readText()

char ** readText

(

const char *

filePath

)

return text from filePath in a list new line characters are removed

Parameters

filePath

file path

Returns

lines in list (you must free the pointer with listFreeS) empty list when the file is empty NULL on failure

Definition at line 54122 of file libsheepy.c.

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readStream()

char ** readStream

(

FILE *

fp

)

return text from stream fp in a list new line characters are removed

Parameters

fp	file stream

Returns

lines in list (you must free the pointer with listFreeS) empty list when there is no data in the stream NULL on failure

Definition at line 54187 of file libsheepy.c.

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writeText()

bool writeText	(	const char *	filePath,
		char **	list
	)

write list to filePath

Parameters

filePath
list

Returns

true success false failed, filePath or list are NULL

Definition at line 54230 of file libsheepy.c.

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writeCText()

bool writeCText	(	const char *	filePath,
		const char **	list
	)

write const list to filePath

Parameters

filePath
list

Returns

true success false failed, filePath or list are NULL

Definition at line 54267 of file libsheepy.c.

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writeStream()

bool writeStream	(	FILE *	fp,
		char **	list
	)

write list to stream

Parameters

fp	file stream
list

Returns

true success false failed, fp or list are NULL

Definition at line 54304 of file libsheepy.c.

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writeCStream()

bool writeCStream	(	FILE *	fp,
		const char **	list
	)

write const list to stream

Parameters

fp	file stream
list

Returns

true success false failed, fp or list are NULL

Definition at line 54328 of file libsheepy.c.

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appendText()

bool appendText	(	const char *	filePath,
		char **	list
	)

append list to filePath

Parameters

filePath
list

Returns

true success false failed, filePath or list are NULL

Definition at line 54352 of file libsheepy.c.

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appendCText()

bool appendCText	(	const char *	filePath,
		const char **	list
	)

append const list to filePath

Parameters

filePath
list

Returns

true success false failed, filePath or list are NULL

Definition at line 54389 of file libsheepy.c.

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execOut()

char ** execOut

(

const char *

cmd

)

execute command return stdout from cmd

Parameters

cmd

command

Returns

stdout from command in a list (you must free the pointer with listFreeS) empty list when command didnt produce any output NULL when cmd is NULL

Definition at line 54426 of file libsheepy.c.

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systemOutf()

char ** systemOutf	(	const char *	fmt,
			...
	)

execute system command with formatting

Parameters

formatting

Returns

stdout from command in a list (you must free the pointer with listFreeS) empty list when command didnt produce any output NULL when cmd is NULL

Definition at line 54458 of file libsheepy.c.

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systemf()

int systemf	(	const char *	fmt,
			...
	)

execute system command with formatting

Parameters

formatting

Returns

system return code

Definition at line 54484 of file libsheepy.c.

commandF()

int commandF	(	const char *	cmd,
		int	line,
		const char *	thisFunc,
		const char *	thisFileName
	)

run command in default shell

Exit value equals to 127 is considered an error because if a shell could not be executed in the child process, then the return value from system() is 127 (man 3 system).

Parameters

cmd	command string

Returns

command exit code -1 when cmd is NULL or system exited with errors

Definition at line 54514 of file libsheepy.c.

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commandfF()

int commandfF	(	int	line,
		const char *	thisFunc,
		const char *	thisFileName,
		const char *	fmt,
			...
	)

run command with formatting in default shell

Exit value equals to 127 is considered an error because if a shell could not be executed in the child process, then the return value from system() is 127 (man 3 system).

Parameters

formatting

Returns

command exit code -1 when cmd is NULL or system exited with errors

Definition at line 54551 of file libsheepy.c.

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commandNFreeF()

int commandNFreeF	(	char *	cmd,
		int	line,
		const char *	thisFunc,
		const char *	thisFileName
	)

run command in default shell and free the cmd parameter

Exit value equals to 127 is considered an error because if a shell could not be executed in the child process, then the return value from system() is 127 (man 3 system).

Parameters

cmd	command string

Returns

command exit code -1 when cmd is NULL or system exited with errors

Definition at line 54581 of file libsheepy.c.

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listEqS()

bool listEqS	(	char **	list1,
		char **	list2
	)

list Equal String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 54599 of file libsheepy.c.

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listEqCS()

bool listEqCS	(	char **	list1,
		const char **	list2
	)

const(list2) list Equal String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 54629 of file libsheepy.c.

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listEqC1S()

bool listEqC1S	(	const char **	list1,
		char **	list2
	)

const(list1) list Equal String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 54659 of file libsheepy.c.

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listEqCCS()

bool listEqCCS	(	const char **	list1,
		const char **	list2
	)

const(list1 and 2) list Equal String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 54689 of file libsheepy.c.

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listHasS()

bool listHasS	(	char **	list,
		const char *	string
	)

return true when list has string

Parameters

list
string

Returns

true when list has string false when the string is not found false when list or string are NULL

Definition at line 54721 of file libsheepy.c.

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listHasCS()

bool listHasCS	(	const char **	list,
		const char *	string
	)

return true when const list has string

Parameters

list
string

Returns

true when list has string false when the string is not found false when list or string are NULL

Definition at line 54744 of file libsheepy.c.

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listHasCharS()

bool listHasCharS	(	char **	list,
		char	c
	)

Definition at line 54755 of file libsheepy.c.

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listHasCharCS()

bool listHasCharCS	(	const char **	list,
		char	c
	)

Definition at line 54761 of file libsheepy.c.

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listIndexOfS()

ssize_t listIndexOfS	(	char **	list,
		const char *	string
	)

return index of string in list

Parameters

list
string

Returns

index -1 when the string is not found -1 when list or string are NULL

Definition at line 54779 of file libsheepy.c.

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listIndexOfCS()

ssize_t listIndexOfCS	(	const char **	list,
		const char *	string
	)

return index of string in const list

Parameters

list
string

Returns

index -1 when the string is not found -1 when list or string are NULL

Definition at line 54813 of file libsheepy.c.

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listIndexOfCharS()

ssize_t listIndexOfCharS	(	char **	list,
		char	c
	)

Definition at line 54835 of file libsheepy.c.

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listIndexOfCharCS()

ssize_t listIndexOfCharCS	(	const char **	list,
		char	c
	)

Definition at line 54841 of file libsheepy.c.

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listBinarySearchS()

ssize_t listBinarySearchS	(	char **	list,
		const char *	string
	)

list binary search string

efficiently finds the index of string in list the list has to be sorted with for example listSortS

Parameters

list
string	to search

Returns

index of string -1 string not found or NULL input pointers

Definition at line 54861 of file libsheepy.c.

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listBinarySearchCharS()

ssize_t listBinarySearchCharS	(	char **	list,
		char	c
	)

Definition at line 54884 of file libsheepy.c.

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listUniqS()

char ** listUniqS

(

char **

list

)

Uniquify elements of list duplicate list each elements are unique in the new list.

Parameters

list

Returns

new list with unique elements (you must free the pointer with listFreeS) empty list when list is empty NULL when list is NULL

Definition at line 54902 of file libsheepy.c.

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iListUniqS()

char ** iListUniqS

(

char ***

list

)

Uniquify elements of list each elements are unique in the list.

Parameters

list	(this parameter is reallocated)

Returns

list with unique elements (you must free the pointer with listFreeS) empty list when list is empty unchanged list when list is NULL NULL error

Definition at line 54942 of file libsheepy.c.

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icListEqS()

bool icListEqS	(	char **	list1,
		char **	list2
	)

ignore case list Equal String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 54986 of file libsheepy.c.

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icListEqCS()

bool icListEqCS	(	char **	list1,
		const char **	list2
	)

ignore case const(list2) list Equal String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 55016 of file libsheepy.c.

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icListEqC1S()

bool icListEqC1S	(	const char **	list1,
		char **	list2
	)

ignore case const(list1) list Equal String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 55046 of file libsheepy.c.

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icListEqCCS()

bool icListEqCCS	(	const char **	list1,
		const char **	list2
	)

ignore case const(list1 and 2) list Equal String compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ

Definition at line 55076 of file libsheepy.c.

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icListHasS()

bool icListHasS	(	char **	list,
		const char *	string
	)

ignore case and return true when list has string

Parameters

list
string

Returns

true when list has string false when the string is not found false when list or string are NULL

Definition at line 55108 of file libsheepy.c.

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icListHasCharS()

bool icListHasCharS	(	char **	list,
		char	c
	)

Definition at line 55119 of file libsheepy.c.

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icListHasCS()

bool icListHasCS	(	const char **	list,
		const char *	string
	)

ignore case and return true when const list has string

Parameters

list
string

Returns

true when list has string false when the string is not found false when list or string are NULL

Definition at line 55137 of file libsheepy.c.

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icListHasCharCS()

bool icListHasCharCS	(	const char **	list,
		char	c
	)

Definition at line 55148 of file libsheepy.c.

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icListIndexOfS()

ssize_t icListIndexOfS	(	char **	list,
		const char *	string
	)

ignore case and return index of string in list

Parameters

list
string

Returns

index -1 when the string is not found -1 when list or string are NULL

Definition at line 55166 of file libsheepy.c.

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icListIndexOfCS()

ssize_t icListIndexOfCS	(	const char **	list,
		const char *	string
	)

ignore case and return index of string in const list

Parameters

list
string

Returns

index -1 when the string is not found -1 when list or string are NULL

Definition at line 55200 of file libsheepy.c.

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icListIndexOfCharS()

ssize_t icListIndexOfCharS	(	char **	list,
		char	c
	)

Definition at line 55222 of file libsheepy.c.

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icListIndexOfCharCS()

ssize_t icListIndexOfCharCS	(	const char **	list,
		char	c
	)

Definition at line 55228 of file libsheepy.c.

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icListBinarySearchS()

ssize_t icListBinarySearchS	(	char **	list,
		const char *	string
	)

ignore case list binary search string

efficiently finds the index of string in list the list has be sorted with for example listSortS

Parameters

list
string	to search

Returns

index of string -1 string not found or NULL input pointers

Definition at line 55248 of file libsheepy.c.

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icListBinarySearchCharS()

ssize_t icListBinarySearchCharS	(	char **	list,
		char	c
	)

Definition at line 55271 of file libsheepy.c.

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icListUniqS()

char ** icListUniqS

(

char **

list

)

ignore case and uniquify elements of list duplicate list each elements are unique in the new list

Parameters

list

Returns

new list with unique elements (you must free the pointer with listFreeS) empty list when list is empty NULL when list is NULL

Definition at line 55289 of file libsheepy.c.

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iicListUniqS()

char ** iicListUniqS

(

char ***

list

)

ignore case and uniquify elements of list each elements are unique in the list

Parameters

list	(this parameter is reallocated)

Returns

list with unique elements (you must free the pointer with listFreeS) empty list when list is empty unchanged list when list is NULL NULL error

Definition at line 55329 of file libsheepy.c.

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listCompactS()

char ** listCompactS

(

char **

list

)

remove empty strings from list

Parameters

list

Returns

list without empty strings (you must free the pointer with listFreeS) empty list when list is empty NULL when list is NULL

Definition at line 55373 of file libsheepy.c.

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iListCompactS()

char ** iListCompactS

(

char ***

list

)

remove empty strings from list

Parameters

list	(this parameter is reallocated)

Returns

list without empty strings (you must free the pointer with listFreeS) empty list when list is empty unchanged list when list is NULL NULL error

Definition at line 55407 of file libsheepy.c.

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btraceEnable()

void btraceEnable

(

void

)

Definition at line 55441 of file libsheepy.c.

btraceDisable()

void btraceDisable

(

void

)

Definition at line 55446 of file libsheepy.c.

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btraceConfig()

bool btraceConfig

(

void

)

Definition at line 55451 of file libsheepy.c.

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listEmptyF()

void ** listEmptyF

(

void

)

list Empty Function

Returns

new empty list (you must free the pointer with listFreeS)

Definition at line 55649 of file libsheepy.c.

iListEmptyF()

void ** iListEmptyF

(

void ***

list

)

list Empty Function

Parameters

list	list to empty (this parameter is reallocated)

Returns

empty list (you must free the pointer with listFreeS) NULL error

Definition at line 55668 of file libsheepy.c.

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listIsEmpty()

bool listIsEmpty

(

void **

list

)

list Is Empty

Parameters

list

Returns

false when there are elements in the list true when list is empty true when list is NULL

Definition at line 55696 of file libsheepy.c.

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listCreateF()

void ** listCreateF	(	void *	paramType,
			...
	)

list Create Function create a list from the list of parameters used from the listCreate(...) macro

Parameters

list	of elements seperated with commas

Returns

list (you must free the pointer with listFreeS) NULL when first element if NULL

Definition at line 55716 of file libsheepy.c.

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listFromArray()

void ** listFromArray	(	void **	array,
		size_t	size
	)

list From Array

copy array of 'size' to a new list NULL elements are not copied to the list

Parameters

array
size	- number of elements in the array

Returns

list (you must free the pointer with listFreeS) empty list when size is 0 NULL when array is NULL

Definition at line 55748 of file libsheepy.c.

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listPush()

void ** listPush	(	void ***	list,
		void *	s
	)

list Push

(like iListPushS)

append s pointer at the end of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, NULL is pushed at the end of the list

the list is reallocated to add extra space

Parameters

pointer	to list - becomes NULL when realloc fails (this parameter is reallocated)
s	element to push

Returns

list success (you must free the pointer) NULL error

Definition at line 55790 of file libsheepy.c.

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listPop()

void * listPop

(

void ***

list

)

list Pop return last element from list and remove last element from the list

Parameters

pointer

to list (this parameter is reallocated)

Returns

last element NULL when the list is NULL or empty (first element is NULL)

Definition at line 55832 of file libsheepy.c.

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listPrepend()

void ** listPrepend	(	void ***	list,
		void *	s
	)

list Prepend

(like iListPrependS)

append s pointer at the beginning of the list when list is NULL, a new list with one element is returned when list and s are NULL return list with 2 NULL elements when s is NULL, NULL is pushed at the end of the list

the list is reallocated to add extra space

Parameters

pointer	to list - becomes NULL when realloc fails (this parameter is reallocated)
s	element to prepend

Returns

list success (you must free the pointer) NULL error

Definition at line 55874 of file libsheepy.c.

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listDequeue()

void * listDequeue

(

void ***

list

)

list Dequeue return first element from list and remove last element from the list

Parameters

pointer

to list

Returns

first element NULL when the list is NULL or empty (first element is NULL)

Definition at line 55920 of file libsheepy.c.

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listFree()

void listFree

(

void **

list

)

list Free

Parameters

list

Returns

nothing

Definition at line 55954 of file libsheepy.c.

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listFreeManyF()

void listFreeManyF	(	void **	paramType,
			...
	)

list free many

free variable list of pointers listFreeManyS(l1, l2, ...);

Definition at line 55971 of file libsheepy.c.

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listLength()

size_t listLength

(

void **

list

)

list Length return number of elements until the first NULL element

Parameters

list

Returns

number of element until first NULL element 0 when list is NULL

Definition at line 55994 of file libsheepy.c.

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listGet()

void * listGet	(	void **	list,
		int64_t	index
	)

list Get

(like iListGetS)

index can be negative

Parameters

list
index	index in list, must be inside the list

Returns

element NULL when list is NULL or index is not set correctly

Definition at line 56022 of file libsheepy.c.

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listSet()

void ** listSet	(	void **	list,
		int64_t	index,
		void *	s
	)

list Set

(like iListSetS)

store element at given index previous element at index has to be freed before hand index can be negative

Parameters

list
index	index in list, must be inside the list
element

Returns

list success NULL error

Does nothing when: when list is NULL, index is not set correctly or s is NULL

Definition at line 56066 of file libsheepy.c.

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listDup()

void ** listDup

(

void **

list

)

list Duplicate

(like iListDupS)

copy pointers to new list After this function, free list with free instead of listFreeS

Note: this function creates a new list, so void *** is not needed. Unlike iList functions.

Parameters

list

Returns

new list pointing to the same elements as list (you must free the pointer) NULL when list is NULL

Definition at line 56110 of file libsheepy.c.

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listReverse()

void ** listReverse

(

void **

list

)

list Reverse create index list and reverse list, the last element is the first element of the new list

Parameters

list

Returns

reversed list (you must free the pointer) NULL when list is NULL

Definition at line 56145 of file libsheepy.c.

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iListReverse()

void ** iListReverse

(

void ***

list

)

list Reverse reverse list, the last element is the first element of the list

Parameters

list	(this parameter is reallocated)

Returns

reversed list (you must free the pointer) nothing when list is NULL NULL error

Definition at line 56182 of file libsheepy.c.

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listCatF()

void ** listCatF	(	void **	paramType,
			...
	)

list Cat

Parameters

arbitrary

list of lists seperated by commas

Returns

new list with input lists concatenated (you must free the pointer)

Definition at line 56203 of file libsheepy.c.

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listAppend()

void ** listAppend	(	void ***	list1,
		void **	list2
	)

list Append

(like iListAppendS)

Append list2 at the end of list1 by copying the pointers from list2 to list1. After this function, free list2 with free instead of listFreeS

list1 is reallocated to add extra space

Parameters

list1	(this parameter is reallocated)
list2

Returns

list1 and list2 (you must free the pointer) list1 not modified when list1 and list2 are NULL or when list1 is identical to list2 (same pointers) NULL error

Definition at line 56240 of file libsheepy.c.

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listAdd()

void ** listAdd	(	void **	list1,
		void **	list2
	)

list Add add list1 and list2 in a new list

Parameters

list1
list2

Returns

new list with list1 and list2 (you must free the pointer) NULL when list1 and list2 are NULL

Definition at line 56308 of file libsheepy.c.

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listSlice()

void ** listSlice	(	void **	list,
		int64_t	start,
		int64_t	end
	)

list Slice

(like iListCopyS)

return new list with element pointers from start and end in list negative indexes are allowed

Note: this function creates a new list, so void *** is not needed. Unlike iList functions.

Parameters

list
start	index, must be in the list
end	index, must be in the list

Returns

new list pointing to the same elements as list (you must free the pointer) empty list when start=end NULL when list is empty NULL when list is NULL or when start and end are not set correctly

Definition at line 56370 of file libsheepy.c.

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iListSlice()

void ** iListSlice	(	void ***	list,
		int64_t	start,
		int64_t	end
	)

list Slice return list with elements from start and end in list negative indexes are allowed

Parameters

list	(this parameter is reallocated)
start	index, must be in the list
end	index, must be in the list

Returns

sliced list (you must free the pointer) empty list when start=end unchanged when list is empty unchanged when list is NULL or when start and end are not set correctly NULL error

Definition at line 56441 of file libsheepy.c.

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listInsert()

void ** listInsert	(	void **	list,
		int64_t	index,
		void **	toInsert
	)

list Insert

insert list in list at index

return new list with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

list
index	in list
toInsert	list

Returns

new list (you must free the pointer) NULL when list is NULL or invalid index

Definition at line 56522 of file libsheepy.c.

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iListInsert()

void ** iListInsert	(	void ***	list,
		int64_t	index,
		void **	toInsert
	)

list Insert

insert list in list at index After this function, free toInsert with free instead of listFreeS

return list with toInsert at index negative indexes are allowed index -1 is the end of the array and is equivalent to index len

Parameters

list	(this parameter is reallocated)
index	in list
toInsert	list

Returns

list (you must free the pointer) unchanged list when list is NULL or invalid index NULL error

Definition at line 56602 of file libsheepy.c.

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listDel()

void ** listDel	(	void **	list,
		int64_t	start,
		int64_t	end
	)

list Delete return new list without elements from start and end in list negative indexes are allowed

Parameters

list
start	index, must be in the list
end	index, must be in the list

Returns

sliced list (you must free the pointer) list copy when start=end or when start and end are not set correctly NULL when list is empty NULL when list is NULL or when end is under start

Definition at line 56684 of file libsheepy.c.

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iListDel()

void ** iListDel	(	void ***	list,
		int64_t	start,
		int64_t	end
	)

list Delete return list without elements from start and end in list negative indexes are allowed

Parameters

list	(this parameter is reallocated)
start	index, must be in the list
end	index, must be in the list

Returns

sliced list (you must free the pointer) list copy when start=end or when start and end are not set correctly NULL when list is empty NULL when list is NULL or when end is under start NULL error

Definition at line 56761 of file libsheepy.c.

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ringInit()

int ringInit	(	void *	ring,
		int	maxCount
	)

list Sort duplicate list and sort

Parameters

list

Returns

new sorted list empty list when list is empty NULL when list is NULL list Sort

Parameters

list

Returns

sorted list empty list when list is empty unchanged list when list is NULL list Equal compare each element of list1 and list2

Parameters

2

lists

Returns

true the lists have identical elements false they differ return index of element in list

Parameters

list

element

Returns

index -1 when the element is not found -1 when list or element are NULL list binary search

efficiently finds the index of element in list the list has be sorted with for example listSortS

Parameters

list	element to search

Returns

index of element -1 element not found or NULL input pointers Uniquify elements of list duplicate list each elements are unique in the new list

Parameters

list

Returns

new list with unique elements empty list when list is empty NULL when list is NULL Uniquify elements of list each elements are unique in the list

Parameters

list

Returns

list with unique elements empty list when list is empty unchanged list when list is NULL remove empty element from list

Parameters

list

Returns

list without empty element empty list when list is empty NULL when list is NULL remove empty elements from list

Parameters

list

Returns

list without empty elements empty list when list is empty unchanged list when list is NULL initialize ring/pointer to staticArray sets count and head to 0 sets maxCount

the ring is empty after this function

a pointer to staticArray is also valid the array is empty after this function

Parameters

ring	pointer to initialize
maxCount	for this ring type

Returns

1 success 0 error

Definition at line 57082 of file libsheepy.c.

ringEmpty()

int ringEmpty

(

void *

ring

)

empty ring Allocated buffers in the list must be freed before running staticArrayEmpty

Returns

1 success 0 error

Definition at line 57104 of file libsheepy.c.

ringIsEmpty()

int ringIsEmpty

(

void *

ring

)

1 when empty 0 not empty -1 error

Definition at line 57121 of file libsheepy.c.

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ringIsFull()

int ringIsFull

(

void *

ring

)

1 when full 0 not full -1 error

Definition at line 57137 of file libsheepy.c.

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ringCount()

ssize_t ringCount

(

void *

ring

)

return elements count

Returns

message count -1 error

Definition at line 57159 of file libsheepy.c.

ringPush()

i64 ringPush

(

void *

ring

)

push element to ring (only increases last, use ringSend) use ringLast to access the element

Returns

position of the element -1 ring is full -2 error

Definition at line 57186 of file libsheepy.c.

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ringPop()

int ringPop

(

void *

ring

)

pop element from ring (only decreases last)

Returns

1 element is removed 0 ring is empty -1 error

Definition at line 57215 of file libsheepy.c.

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ringPrepend()

i64 ringPrepend

(

void *

ring

)

prepend element to ring (only decreases head) use ringFirst to access the element

Returns

position of the element -1 ring is full -2 error

Definition at line 57249 of file libsheepy.c.

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ringDequeue()

int ringDequeue

(

void *

ring

)

dequeue element from ring (only increases head, use ringRecv)

Returns

1 element is removed 0 ring is empty -1 error

Definition at line 57282 of file libsheepy.c.

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fiberAdd()

bool fiberAdd	(	void *	ctx,
		int	thisSlot,
		fiberFT	func
	)

add new fiber

Parameters

ctx	context for the fiber at thisSlot
thisSlot	reserved slot for this fiber
func	fiber function

Returns

true

Definition at line 57321 of file libsheepy.c.

fiberPrepend()

bool fiberPrepend	(	void *	ctx,
		int	thisSlot,
		fiberFT	func
	)

add new fiber and start immediately after next yield

Parameters

ctx	context for the fiber at thisSlot
thisSlot	reserved slot for this fiber
func	fiber function

Returns

true

Definition at line 57344 of file libsheepy.c.

scheduler()

void scheduler

(

void

)

Schedule fibers.

fiber usage

Definition at line 57358 of file libsheepy.c.

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getMonotonicTime()

uint64_t getMonotonicTime

(

void

)

end bitfield

Definition at line 57411 of file libsheepy.c.

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nanoSleepF()

int nanoSleepF

(

uint64_t

time

)

nanosleep

sleep nanoseconds

Parameters

time	in nanosceonds

Returns

1 ok 0 error

Definition at line 57427 of file libsheepy.c.

initLibsheepyF()

void initLibsheepyF	(	const char *	progPath,
		initLibsheepyObjectP	initF
	)

initialize libsheepy (optional, for debug)

initialize segfault handler for crash debug the segfault handler prints the line and file where the segfault occured

initialize the fibers initialize libsheepyObject

Definition at line 1579 of file libsheepy.c.

btrace()

char** btrace

(

void

)

generate backtrace the program has to be linked the -rdynamic option for btrace to work btrace can backtrace 50 functions at most.

Returns

list of functions in the backtrace, the line format is: function name: source path:line number (you must free the pointer with listFreeS)

Definition at line 55472 of file libsheepy.c.

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Variable Documentation

TRUE

const bool TRUE = true

type bool true (glibc true is not bool), for use in generics

Definition at line 862 of file libsheepy.c.

FALSE

const bool FALSE = false

type bool false (glibc true is not bool), for use in generics

Definition at line 864 of file libsheepy.c.

btraceCfg

bool btraceCfg = true

backtrace in error messages is enabled by default

Definition at line 867 of file libsheepy.c.

tryJumpBuffers

jmp_buf tryJumpBuffers[maxTryThrowCount]

setjmp buffers for try/throw,throwV macros

Definition at line 872 of file libsheepy.c.

logMask

uint64_t logMask = 0xFFFFFFFFFFFFFFFF

variable to control which group logs to show, all logs are enabled by default (0xFFFFFFFFFFFFFFFF)

Definition at line 974 of file libsheepy.c.

ch

uint16_t ch

Definition at line 19689 of file libsheepy.c.

data

smallt * data = o->top->elements.data

Definition at line 19690 of file libsheepy.c.

codeSzUTF8

const uint8_t codeSzUTF8[256] = { 1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,4,4,4,4,4,4,4,4,5,5,5,5,6,6,1,1}

Definition at line 31675 of file libsheepy.c.

fibers

fibersT fibers

fibers holds the necessary information to schedule fibers

data for fiber system

Definition at line 57307 of file libsheepy.c.