n_str.h

Go to the documentation of this file.

 
#ifndef N_STRFUNC
#define N_STRFUNC
 
#define BAD_METACHARS "/-+&;`'\\\"|*?~<>^()[]{}$\n\r\t "
 
#ifdef __cplusplus
extern "C"
{
#endif
 
#include "n_common.h"
#include "n_list.h"
 
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <strings.h>
#include <math.h>
#include <fcntl.h>
#include <unistd.h>
 
 
#define local_strdup( __src_ )\
   ({ \
    char *str = NULL ;\
    int len = strlen( (__src_) );\
    Malloc( str , char , len + 5 );\
    if( !str )\
    { \
    n_log( LOG_ERR , "Couldn't allocate %d byte for duplicating \"%s\"" , (__src_) );\
    }\
    else\
    {\
    for( int it = 0 ; it <= len ; it ++ )\
    {\
    str[ it ] = (__src_)[ it ] ;\
    }\
    }\
    str ;\
    })
 
 
#define WILDMAT_ABORT -2
#define WILDMAT_NEGATE_CLASS '^'
#undef WILDMAT_MATCH_TAR_PATTERN
 
#define resize_nstr( __nstr , new_size ) \
   ({ \
    if( __nstr && __nstr -> data ) \
    { \
    Reallocz( __nstr -> data , char , __nstr -> length , new_size ); \
    __nstr -> length = new_size ; \
    } \
    })
 
 
 
#define strprintf( __n_var , ... ) \
   ({ \
    if( !__n_var ) \
    { \
    NSTRBYTE needed = 0 ; \
    needed = snprintf( NULL , 0 ,  __VA_ARGS__ ); \
    Malloc( __n_var , char , needed + 2 );\
    if( __n_var )\
    { \
    snprintf( __n_var , needed + 1 , __VA_ARGS__ ); \
    } \
    } \
    else \
    { \
    n_log( LOG_ERR , "%s is already allocated." , "#__n_var" ); \
    } \
    __n_var ; \
    })
 
#define nstrprintf( __nstr_var , ... ) \
   ({ \
    if( __nstr_var ) \
    { \
    free_nstr( &__nstr_var ); \
    }\
    NSTRBYTE needed = 0 ; \
    needed = snprintf( NULL , 0 ,  __VA_ARGS__ ); \
    __nstr_var = new_nstr( needed + 1 ); \
    if( __nstr_var )\
    { \
    snprintf( __nstr_var -> data , needed + 1 , __VA_ARGS__ ); \
    __nstr_var -> written = needed ; \
    } \
    __nstr_var ; \
    })
 
 
 
#define nstrprintf_cat( __nstr_var , ... ) \
   ({ \
    if( __nstr_var ) \
    { \
    int needed_size = 0 ; \
    needed_size = snprintf( NULL , 0 ,  __VA_ARGS__ ); \
    if( needed_size > 0 ) \
    { \
    NSTRBYTE needed = needed_size + 1 ; \
    if( ( __nstr_var -> written + needed ) > __nstr_var -> length ) \
    { \
                resize_nstr( __nstr_var , __nstr_var -> length + needed ); \
    } \
    snprintf( __nstr_var -> data + __nstr_var -> written , needed , __VA_ARGS__ ); \
    __nstr_var -> written += needed_size ; \
    } \
    else \
    { \
    nstrprintf( __nstr_var , __VA_ARGS__ ); \
    } \
    } \
       __nstr_var ; \
    } )
 
 
 
#define n_remove_ending_cr( __nstr_var ) \
    if( __nstr_var && __nstr_var -> data && __nstr_var -> data[ __nstr_var -> written ] == '\r' ) \
    { \
         __nstr_var -> data[ __nstr_var -> written ] = '\0' ; \
         __nstr_var -> written -- ; \
    }
 
 
 
#define n_replace_cr( __nstr_var , __replacement ) \
    if( __nstr_var && __nstr_var -> data && __nstr_var -> written > 0 ) \
    { \
        char *__replaced = str_replace( __nstr_var -> data , "\r" , __replacement ); \
        if( __replaced ) \
        { \
            Free( __nstr_var -> data ); \
            __nstr_var -> data = __replaced ; \
            __nstr_var -> written = strlen(  __nstr_var -> data ); \
            __nstr_var -> length = __nstr_var -> written + 1 ; \
        } \
    }
 
#include <inttypes.h>
typedef size_t NSTRBYTE;
 
typedef struct N_STR
{
    char *data;
    size_t length ;
    size_t written ;
} N_STR;
 
#ifdef __windows__
const char *strcasestr(const char *s1, const char *s2);
#endif
 
/* trim and put a \0 at the end, return new begin pointer */
char *trim_nocopy(char *s);
/* trim and put a \0 at the end, return new char * */
char *trim(char *s);
/* N_STR wrapper around fgets */
char *nfgets( char *buffer, NSTRBYTE size, FILE *stream );
/* create a new string */
N_STR *new_nstr( NSTRBYTE size );
/* reinitialize a nstr */
int empty_nstr( N_STR *nstr );
/* Make a copy of a N_STR */
N_STR *nstrdup( N_STR *msg );
/* Convert a char into a N_STR */
int char_to_nstr_ex( const char *from, NSTRBYTE nboct, N_STR **to );
/* Convert a char into a N_STR, shorter version */
N_STR *char_to_nstr( const char *src );
/* Convert a char into a N_STR */
int char_to_nstr_nocopy_ex( char *from, NSTRBYTE nboct, N_STR **to );
/* Convert a char into a N_STR, shorter version */
N_STR *char_to_nstr_nocopy( char *src );
/* cat data inside a N8STR */
int nstrcat_ex( N_STR *dest, void *src, NSTRBYTE size ,int resize_flag );
/* Wrapper to nstrcat_ex to concatenate N_STR *datas */
int nstrcat( N_STR *dst, N_STR *src );
/* Wrapper to nstrcat_ex to concatenate void *data */
int nstrcat_bytes_ex( N_STR *dest, void *src, NSTRBYTE size );
/* Wrapper to nstrcat_bytes_ex to cat null termined data streams */
int nstrcat_bytes( N_STR *dest, void *src );
/* Load a whole file into a N_STR. Be aware of the (4GB ||System Memory) limit */
N_STR *file_to_nstr( char *filename );
/* Write a whole N_STR into an open file descriptor */
int nstr_to_fd( N_STR *str, FILE *out, int lock );
/* Write a whole N_STR into a file */
int nstr_to_file( N_STR *n_str, char *filename );
 
#define free_nstr( __ptr ) \
   { \
      if( (*__ptr ) ) \
      { \
         _free_nstr( __ptr ); \
      } \
      else \
      { \
         n_log( LOG_DEBUG , "%s is already NULL" , #__ptr ); \
      } \
   }
 
/* free NSTR and set it to NULL */
int _free_nstr( N_STR **ptr );
/* just free NSTR */
void free_nstr_ptr( void *ptr );
/* Do not warn and Free + set to NULL */
int free_nstr_nolog( N_STR **ptr );
/* Do not warn and just Free */
void free_nstr_ptr_nolog( void *ptr );
/* String to long integer, with error checking */
int str_to_long_ex( const char *s, NSTRBYTE start, NSTRBYTE end, long int *i, const int base );
/* String to long integer, shorter version */
int str_to_long(  const char *s, long int *i,  const int base);
/* String to long long integer */
int str_to_long_long_ex(   const char *s, NSTRBYTE start, NSTRBYTE end, long long int *i, const int base );
/* String to long long integer, shorter version */
int str_to_long_long(  const char *s, long long int *i,  const int base);
/* String to integer, with error checking */
int str_to_int_ex( const char *s, NSTRBYTE start, NSTRBYTE end, int *i, const int base );
/* String to integer, with error checking */
int str_to_int_nolog( const char *s, NSTRBYTE start, NSTRBYTE end, int *i, const int base, N_STR **infos );
/* String to integer, shorter version */
int str_to_int(  const char *s, int *i,  const int base);
/* Skip character from string while string[iterator] == toskip step inc */
int skipw( char *string, char toskip, NSTRBYTE *iterator, int inc );
/* Skip character from string until string[iterator] == toskip step inc */
int skipu( char *string, char toskip, NSTRBYTE *iterator, int inc );
/* Upper case a string */
int strup( char *string, char *dest );
/* Lower case a string */
int strlo( char *string, char *dest );
/* Copy from string to dest until from[ iterator ] == split */
int strcpy_u( char *from, char *to, NSTRBYTE to_size, char split, NSTRBYTE *it );
/* Return an array of char pointer to the splitted section */
char **split( const char* str, const char* delim, int empty );
/* Count split elements */
int split_count( char **split_result );
/* Free a char **tab and set it to NULL */
int free_split_result( char ***tab );
/* join a split result into a string */
char* join( char** splitresult , char *delim );
/* Write and fit bytes */
int write_and_fit_ex( char **dest, NSTRBYTE *size, NSTRBYTE *written, const char *src, NSTRBYTE src_size, NSTRBYTE additional_padding );
/* Write and fit into the char array */
int write_and_fit( char **dest, NSTRBYTE *size, NSTRBYTE *written, const char *src );
/* get a list of the file in a directory */
int scan_dir( const char *dir, LIST *result, const int recurse );
/* get a list of the file in a directory, extented N_STR version */
int scan_dir_ex( const char *dir, const char *pattern, LIST *result, const int recurse, const int mode );
/* pattern matching */
int wildmat( register const char *text, register const char *p );
/* pattern matching case insensitive */
int wildmatcase( register const char *text, register const char *p );
/* return a replaced string */
char *str_replace ( const char *string, const char *substr, const char *replacement );
/* sanitize string */
int str_sanitize_ex( char *string, const NSTRBYTE string_len, const char *mask, const NSTRBYTE masklen, const char replacement );
/* in-place substitution of a set of chars by a single one */
int str_sanitize( char *string, const char *mask, const char replacement );
 
#ifdef __cplusplus
}
#endif
/* #ifndef N_STR*/
#endif