// TOP #if defined(FSTRING_C) # if defined(FSTRING_INLINE) # undef FSTRING_INLINE # endif # define FSTRING_INLINE static #endif #if defined(FSTRING_IMPLEMENTATION) && defined(FSTRING_GUARD) # undef FSTRING_IMPLEMENTATION #endif #include #ifndef FSTRING_LINK # define FSTRING_LINK static #endif #ifndef FSTRING_INLINE # define FSTRING_INLINE inline #endif #ifndef FSTRING_STRUCT #define FSTRING_STRUCT typedef struct String{ char *str; int32_t size; int32_t memory_size; } String; typedef struct Offset_String{ int32_t offset; int32_t size; } Offset_String; #endif #ifndef fstr_bool # define fstr_bool int32_t #endif #ifndef literal # define literal(s) (s), (sizeof(s)-1) #endif #if !defined(FCODER_STRING_H) #define FCODER_STRING_H FSTRING_INLINE fstr_bool char_is_slash(char c); FSTRING_INLINE char char_to_upper(char c); FSTRING_INLINE char char_to_lower(char c); FSTRING_INLINE fstr_bool char_is_whitespace(char c); FSTRING_INLINE fstr_bool char_is_alpha_numeric(char c); FSTRING_INLINE fstr_bool char_is_alpha_numeric_true(char c); FSTRING_INLINE fstr_bool char_is_alpha(char c); FSTRING_INLINE fstr_bool char_is_alpha_true(char c); FSTRING_INLINE fstr_bool char_is_hex(char c); FSTRING_INLINE fstr_bool char_is_numeric(char c); FSTRING_INLINE String string_zero(void); FSTRING_INLINE String make_string_cap(void *str, int32_t size, int32_t mem_size); FSTRING_INLINE String make_string(void *str, int32_t size); #ifndef make_lit_string # define make_lit_string(s) (make_string_cap((char*)(s), sizeof(s)-1, sizeof(s))) #endif #ifndef make_fixed_width_string # define make_fixed_width_string(s) (make_string_cap((char*)(s), 0, sizeof(s))) #endif #ifndef expand_str # define expand_str(s) ((s).str), ((s).size) #endif FSTRING_LINK int32_t str_size(char *str); FSTRING_INLINE String make_string_slowly(void *str); FSTRING_INLINE String substr_tail(String str, int32_t start); FSTRING_INLINE String substr(String str, int32_t start, int32_t size); FSTRING_LINK String skip_whitespace(String str); FSTRING_LINK String chop_whitespace(String str); FSTRING_LINK String skip_chop_whitespace(String str); FSTRING_INLINE String tailstr(String str); FSTRING_LINK fstr_bool match_cc(char *a, char *b); FSTRING_LINK fstr_bool match_sc(String a, char *b); FSTRING_INLINE fstr_bool match_cs(char *a, String b); FSTRING_LINK fstr_bool match_ss(String a, String b); FSTRING_LINK fstr_bool match_part_ccl(char *a, char *b, int32_t *len); FSTRING_LINK fstr_bool match_part_scl(String a, char *b, int32_t *len); FSTRING_INLINE fstr_bool match_part_cc(char *a, char *b); FSTRING_INLINE fstr_bool match_part_sc(String a, char *b); FSTRING_LINK fstr_bool match_part_cs(char *a, String b); FSTRING_LINK fstr_bool match_part_ss(String a, String b); FSTRING_LINK fstr_bool match_insensitive_cc(char *a, char *b); FSTRING_LINK fstr_bool match_insensitive_sc(String a, char *b); FSTRING_INLINE fstr_bool match_insensitive_cs(char *a, String b); FSTRING_LINK fstr_bool match_insensitive_ss(String a, String b); FSTRING_LINK fstr_bool match_part_insensitive_ccl(char *a, char *b, int32_t *len); FSTRING_LINK fstr_bool match_part_insensitive_scl(String a, char *b, int32_t *len); FSTRING_INLINE fstr_bool match_part_insensitive_cc(char *a, char *b); FSTRING_INLINE fstr_bool match_part_insensitive_sc(String a, char *b); FSTRING_LINK fstr_bool match_part_insensitive_cs(char *a, String b); FSTRING_LINK fstr_bool match_part_insensitive_ss(String a, String b); FSTRING_LINK int32_t compare_cc(char *a, char *b); FSTRING_LINK int32_t compare_sc(String a, char *b); FSTRING_INLINE int32_t compare_cs(char *a, String b); FSTRING_LINK int32_t compare_ss(String a, String b); FSTRING_LINK int32_t find_c_char(char *str, int32_t start, char character); FSTRING_LINK int32_t find_s_char(String str, int32_t start, char character); FSTRING_LINK int32_t rfind_s_char(String str, int32_t start, char character); FSTRING_LINK int32_t find_c_chars(char *str, int32_t start, char *characters); FSTRING_LINK int32_t find_s_chars(String str, int32_t start, char *characters); FSTRING_LINK int32_t find_substr_c(char *str, int32_t start, String seek); FSTRING_LINK int32_t find_substr_s(String str, int32_t start, String seek); FSTRING_LINK int32_t rfind_substr_s(String str, int32_t start, String seek); FSTRING_LINK int32_t find_substr_insensitive_c(char *str, int32_t start, String seek); FSTRING_LINK int32_t find_substr_insensitive_s(String str, int32_t start, String seek); FSTRING_INLINE fstr_bool has_substr_c(char *s, String seek); FSTRING_INLINE fstr_bool has_substr_s(String s, String seek); FSTRING_INLINE fstr_bool has_substr_insensitive_c(char *s, String seek); FSTRING_INLINE fstr_bool has_substr_insensitive_s(String s, String seek); FSTRING_LINK int32_t copy_fast_unsafe_cc(char *dest, char *src); FSTRING_LINK int32_t copy_fast_unsafe_cs(char *dest, String src); FSTRING_LINK fstr_bool copy_checked_ss(String *dest, String src); FSTRING_LINK fstr_bool copy_partial_sc(String *dest, char *src); FSTRING_LINK fstr_bool copy_partial_ss(String *dest, String src); FSTRING_INLINE int32_t copy_cc(char *dest, char *src); FSTRING_INLINE void copy_ss(String *dest, String src); FSTRING_INLINE void copy_sc(String *dest, char *src); FSTRING_LINK fstr_bool append_checked_ss(String *dest, String src); FSTRING_LINK fstr_bool append_partial_sc(String *dest, char *src); FSTRING_LINK fstr_bool append_partial_ss(String *dest, String src); FSTRING_LINK fstr_bool append_s_char(String *dest, char c); FSTRING_INLINE fstr_bool append_ss(String *dest, String src); FSTRING_INLINE fstr_bool append_sc(String *dest, char *src); FSTRING_LINK fstr_bool terminate_with_null(String *str); FSTRING_LINK fstr_bool append_padding(String *dest, char c, int32_t target_size); FSTRING_LINK void replace_char(String *str, char replace, char with); FSTRING_LINK void to_lower_cc(char *src, char *dst); FSTRING_LINK void to_lower_ss(String *src, String *dst); FSTRING_LINK void to_lower_s(String *str); FSTRING_LINK void to_upper_cc(char *src, char *dst); FSTRING_LINK void to_upper_ss(String *src, String *dst); FSTRING_LINK void to_upper_s(String *str); FSTRING_LINK void to_camel_cc(char *src, char *dst); FSTRING_LINK int32_t int_to_str_size(int32_t x); FSTRING_LINK fstr_bool int_to_str(String *dest, int32_t x); FSTRING_LINK fstr_bool append_int_to_str(String *dest, int32_t x); FSTRING_LINK int32_t u64_to_str_size(uint64_t x); FSTRING_LINK fstr_bool u64_to_str(String *dest, uint64_t x); FSTRING_LINK fstr_bool append_u64_to_str(String *dest, uint64_t x); FSTRING_LINK int32_t float_to_str_size(float x); FSTRING_LINK fstr_bool append_float_to_str(String *dest, float x); FSTRING_LINK fstr_bool float_to_str(String *dest, float x); FSTRING_LINK int32_t str_is_int_c(char *str); FSTRING_LINK fstr_bool str_is_int_s(String str); FSTRING_LINK int32_t str_to_int_c(char *str); FSTRING_LINK int32_t str_to_int_s(String str); FSTRING_LINK int32_t hexchar_to_int(char c); FSTRING_LINK char int_to_hexchar(int32_t x); FSTRING_LINK uint32_t hexstr_to_int(String str); FSTRING_LINK fstr_bool color_to_hexstr(String *s, uint32_t color); FSTRING_LINK fstr_bool hexstr_to_color(String s, uint32_t *out); FSTRING_LINK int32_t reverse_seek_slash_pos(String str, int32_t pos); FSTRING_INLINE int32_t reverse_seek_slash(String str); FSTRING_INLINE String front_of_directory(String dir); FSTRING_INLINE String path_of_directory(String dir); FSTRING_LINK fstr_bool set_last_folder_sc(String *dir, char *folder_name, char slash); FSTRING_LINK fstr_bool set_last_folder_ss(String *dir, String folder_name, char slash); FSTRING_LINK String file_extension(String str); FSTRING_LINK fstr_bool remove_extension(String *str); FSTRING_LINK fstr_bool remove_last_folder(String *str); FSTRING_LINK fstr_bool string_set_match(String *str_set, int32_t count, String str, int32_t *match_index); #if !defined(FSTRING_C) // NOTE(allen): This section is here to enable nicer names // for C++ users who can have overloaded functions. None of // these functions add new features. FSTRING_INLINE String make_string(void *str, int32_t size, int32_t mem_size); FSTRING_INLINE String substr(String str, int32_t start); FSTRING_INLINE fstr_bool match(char *a, char *b); FSTRING_INLINE fstr_bool match(String a, char *b); FSTRING_INLINE fstr_bool match(char *a, String b); FSTRING_INLINE fstr_bool match(String a, String b); FSTRING_INLINE fstr_bool match_part(char *a, char *b, int32_t *len); FSTRING_INLINE fstr_bool match_part(String a, char *b, int32_t *len); FSTRING_INLINE fstr_bool match_part(char *a, char *b); FSTRING_INLINE fstr_bool match_part(String a, char *b); FSTRING_INLINE fstr_bool match_part(char *a, String b); FSTRING_INLINE fstr_bool match_part(String a, String b); FSTRING_INLINE fstr_bool match_insensitive(char *a, char *b); FSTRING_INLINE fstr_bool match_insensitive(String a, char *b); FSTRING_INLINE fstr_bool match_insensitive(char *a, String b); FSTRING_INLINE fstr_bool match_insensitive(String a, String b); FSTRING_INLINE fstr_bool match_part_insensitive(char *a, char *b, int32_t *len); FSTRING_INLINE fstr_bool match_part_insensitive(String a, char *b, int32_t *len); FSTRING_INLINE fstr_bool match_part_insensitive(char *a, char *b); FSTRING_INLINE fstr_bool match_part_insensitive(String a, char *b); FSTRING_INLINE fstr_bool match_part_insensitive(char *a, String b); FSTRING_INLINE fstr_bool match_part_insensitive(String a, String b); FSTRING_INLINE int32_t compare(char *a, char *b); FSTRING_INLINE int32_t compare(String a, char *b); FSTRING_INLINE int32_t compare(char *a, String b); FSTRING_INLINE int32_t compare(String a, String b); FSTRING_INLINE int32_t find(char *str, int32_t start, char character); FSTRING_INLINE int32_t find(String str, int32_t start, char character); FSTRING_INLINE int32_t rfind(String str, int32_t start, char character); FSTRING_INLINE int32_t find(char *str, int32_t start, char *characters); FSTRING_INLINE int32_t find(String str, int32_t start, char *characters); FSTRING_INLINE int32_t find_substr(char *str, int32_t start, String seek); FSTRING_INLINE int32_t find_substr(String str, int32_t start, String seek); FSTRING_INLINE int32_t rfind_substr(String str, int32_t start, String seek); FSTRING_INLINE int32_t find_substr_insensitive(char *str, int32_t start, String seek); FSTRING_INLINE int32_t find_substr_insensitive(String str, int32_t start, String seek); FSTRING_INLINE fstr_bool has_substr(char *s, String seek); FSTRING_INLINE fstr_bool has_substr(String s, String seek); FSTRING_INLINE fstr_bool has_substr_insensitive(char *s, String seek); FSTRING_INLINE fstr_bool has_substr_insensitive(String s, String seek); FSTRING_INLINE int32_t copy_fast_unsafe(char *dest, char *src); FSTRING_INLINE int32_t copy_fast_unsafe(char *dest, String src); FSTRING_INLINE fstr_bool copy_checked(String *dest, String src); FSTRING_INLINE fstr_bool copy_partial(String *dest, char *src); FSTRING_INLINE fstr_bool copy_partial(String *dest, String src); FSTRING_INLINE int32_t copy(char *dest, char *src); FSTRING_INLINE void copy(String *dest, String src); FSTRING_INLINE void copy(String *dest, char *src); FSTRING_INLINE fstr_bool append_checked(String *dest, String src); FSTRING_INLINE fstr_bool append_partial(String *dest, char *src); FSTRING_INLINE fstr_bool append_partial(String *dest, String src); FSTRING_INLINE fstr_bool append(String *dest, char c); FSTRING_INLINE fstr_bool append(String *dest, String src); FSTRING_INLINE fstr_bool append(String *dest, char *src); FSTRING_INLINE void to_lower(char *src, char *dst); FSTRING_INLINE void to_lower(String *src, String *dst); FSTRING_INLINE void to_lower(String *str); FSTRING_INLINE void to_upper(char *src, char *dst); FSTRING_INLINE void to_upper(String *src, String *dst); FSTRING_INLINE void to_upper(String *str); FSTRING_INLINE void to_camel(char *src, char *dst); FSTRING_INLINE int32_t str_is_int(char *str); FSTRING_INLINE fstr_bool str_is_int(String str); FSTRING_INLINE int32_t str_to_int(char *str); FSTRING_INLINE int32_t str_to_int(String str); FSTRING_INLINE int32_t reverse_seek_slash(String str, int32_t pos); FSTRING_INLINE fstr_bool set_last_folder(String *dir, char *folder_name, char slash); FSTRING_INLINE fstr_bool set_last_folder(String *dir, String folder_name, char slash); #endif #endif #if !defined(FSTRING_C) && !defined(FSTRING_GUARD) FSTRING_INLINE String make_string(void *str, int32_t size, int32_t mem_size){return(make_string_cap(str,size,mem_size));} FSTRING_INLINE String substr(String str, int32_t start){return(substr_tail(str,start));} FSTRING_INLINE fstr_bool match(char *a, char *b){return(match_cc(a,b));} FSTRING_INLINE fstr_bool match(String a, char *b){return(match_sc(a,b));} FSTRING_INLINE fstr_bool match(char *a, String b){return(match_cs(a,b));} FSTRING_INLINE fstr_bool match(String a, String b){return(match_ss(a,b));} FSTRING_INLINE fstr_bool match_part(char *a, char *b, int32_t *len){return(match_part_ccl(a,b,len));} FSTRING_INLINE fstr_bool match_part(String a, char *b, int32_t *len){return(match_part_scl(a,b,len));} FSTRING_INLINE fstr_bool match_part(char *a, char *b){return(match_part_cc(a,b));} FSTRING_INLINE fstr_bool match_part(String a, char *b){return(match_part_sc(a,b));} FSTRING_INLINE fstr_bool match_part(char *a, String b){return(match_part_cs(a,b));} FSTRING_INLINE fstr_bool match_part(String a, String b){return(match_part_ss(a,b));} FSTRING_INLINE fstr_bool match_insensitive(char *a, char *b){return(match_insensitive_cc(a,b));} FSTRING_INLINE fstr_bool match_insensitive(String a, char *b){return(match_insensitive_sc(a,b));} FSTRING_INLINE fstr_bool match_insensitive(char *a, String b){return(match_insensitive_cs(a,b));} FSTRING_INLINE fstr_bool match_insensitive(String a, String b){return(match_insensitive_ss(a,b));} FSTRING_INLINE fstr_bool match_part_insensitive(char *a, char *b, int32_t *len){return(match_part_insensitive_ccl(a,b,len));} FSTRING_INLINE fstr_bool match_part_insensitive(String a, char *b, int32_t *len){return(match_part_insensitive_scl(a,b,len));} FSTRING_INLINE fstr_bool match_part_insensitive(char *a, char *b){return(match_part_insensitive_cc(a,b));} FSTRING_INLINE fstr_bool match_part_insensitive(String a, char *b){return(match_part_insensitive_sc(a,b));} FSTRING_INLINE fstr_bool match_part_insensitive(char *a, String b){return(match_part_insensitive_cs(a,b));} FSTRING_INLINE fstr_bool match_part_insensitive(String a, String b){return(match_part_insensitive_ss(a,b));} FSTRING_INLINE int32_t compare(char *a, char *b){return(compare_cc(a,b));} FSTRING_INLINE int32_t compare(String a, char *b){return(compare_sc(a,b));} FSTRING_INLINE int32_t compare(char *a, String b){return(compare_cs(a,b));} FSTRING_INLINE int32_t compare(String a, String b){return(compare_ss(a,b));} FSTRING_INLINE int32_t find(char *str, int32_t start, char character){return(find_c_char(str,start,character));} FSTRING_INLINE int32_t find(String str, int32_t start, char character){return(find_s_char(str,start,character));} FSTRING_INLINE int32_t rfind(String str, int32_t start, char character){return(rfind_s_char(str,start,character));} FSTRING_INLINE int32_t find(char *str, int32_t start, char *characters){return(find_c_chars(str,start,characters));} FSTRING_INLINE int32_t find(String str, int32_t start, char *characters){return(find_s_chars(str,start,characters));} FSTRING_INLINE int32_t find_substr(char *str, int32_t start, String seek){return(find_substr_c(str,start,seek));} FSTRING_INLINE int32_t find_substr(String str, int32_t start, String seek){return(find_substr_s(str,start,seek));} FSTRING_INLINE int32_t rfind_substr(String str, int32_t start, String seek){return(rfind_substr_s(str,start,seek));} FSTRING_INLINE int32_t find_substr_insensitive(char *str, int32_t start, String seek){return(find_substr_insensitive_c(str,start,seek));} FSTRING_INLINE int32_t find_substr_insensitive(String str, int32_t start, String seek){return(find_substr_insensitive_s(str,start,seek));} FSTRING_INLINE fstr_bool has_substr(char *s, String seek){return(has_substr_c(s,seek));} FSTRING_INLINE fstr_bool has_substr(String s, String seek){return(has_substr_s(s,seek));} FSTRING_INLINE fstr_bool has_substr_insensitive(char *s, String seek){return(has_substr_insensitive_c(s,seek));} FSTRING_INLINE fstr_bool has_substr_insensitive(String s, String seek){return(has_substr_insensitive_s(s,seek));} FSTRING_INLINE int32_t copy_fast_unsafe(char *dest, char *src){return(copy_fast_unsafe_cc(dest,src));} FSTRING_INLINE int32_t copy_fast_unsafe(char *dest, String src){return(copy_fast_unsafe_cs(dest,src));} FSTRING_INLINE fstr_bool copy_checked(String *dest, String src){return(copy_checked_ss(dest,src));} FSTRING_INLINE fstr_bool copy_partial(String *dest, char *src){return(copy_partial_sc(dest,src));} FSTRING_INLINE fstr_bool copy_partial(String *dest, String src){return(copy_partial_ss(dest,src));} FSTRING_INLINE int32_t copy(char *dest, char *src){return(copy_cc(dest,src));} FSTRING_INLINE void copy(String *dest, String src){(copy_ss(dest,src));} FSTRING_INLINE void copy(String *dest, char *src){(copy_sc(dest,src));} FSTRING_INLINE fstr_bool append_checked(String *dest, String src){return(append_checked_ss(dest,src));} FSTRING_INLINE fstr_bool append_partial(String *dest, char *src){return(append_partial_sc(dest,src));} FSTRING_INLINE fstr_bool append_partial(String *dest, String src){return(append_partial_ss(dest,src));} FSTRING_INLINE fstr_bool append(String *dest, char c){return(append_s_char(dest,c));} FSTRING_INLINE fstr_bool append(String *dest, String src){return(append_ss(dest,src));} FSTRING_INLINE fstr_bool append(String *dest, char *src){return(append_sc(dest,src));} FSTRING_INLINE void to_lower(char *src, char *dst){(to_lower_cc(src,dst));} FSTRING_INLINE void to_lower(String *src, String *dst){(to_lower_ss(src,dst));} FSTRING_INLINE void to_lower(String *str){(to_lower_s(str));} FSTRING_INLINE void to_upper(char *src, char *dst){(to_upper_cc(src,dst));} FSTRING_INLINE void to_upper(String *src, String *dst){(to_upper_ss(src,dst));} FSTRING_INLINE void to_upper(String *str){(to_upper_s(str));} FSTRING_INLINE void to_camel(char *src, char *dst){(to_camel_cc(src,dst));} FSTRING_INLINE int32_t str_is_int(char *str){return(str_is_int_c(str));} FSTRING_INLINE fstr_bool str_is_int(String str){return(str_is_int_s(str));} FSTRING_INLINE int32_t str_to_int(char *str){return(str_to_int_c(str));} FSTRING_INLINE int32_t str_to_int(String str){return(str_to_int_s(str));} FSTRING_INLINE int32_t reverse_seek_slash(String str, int32_t pos){return(reverse_seek_slash_pos(str,pos));} FSTRING_INLINE fstr_bool set_last_folder(String *dir, char *folder_name, char slash){return(set_last_folder_sc(dir,folder_name,slash));} FSTRING_INLINE fstr_bool set_last_folder(String *dir, String folder_name, char slash){return(set_last_folder_ss(dir,folder_name,slash));} #endif // // Character Helpers // #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool char_is_slash(char c) { return (c == '\\' || c == '/'); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE char char_to_upper(char c) { return (c >= 'a' && c <= 'z') ? c + (char)('A' - 'a') : c; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE char char_to_lower(char c) { return (c >= 'A' && c <= 'Z') ? c - (char)('A' - 'a') : c; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool char_is_whitespace(char c) { return (c == ' ' || c == '\n' || c == '\r' || c == '\t'); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool char_is_alpha_numeric(char c) { return (c >= 'a' && c <= 'z' || c >= 'A' && c <= 'Z' || c >= '0' && c <= '9' || c == '_'); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool char_is_alpha_numeric_true(char c) { return (c >= 'a' && c <= 'z' || c >= 'A' && c <= 'Z' || c >= '0' && c <= '9'); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool char_is_alpha(char c) { return (c >= 'a' && c <= 'z' || c >= 'A' && c <= 'Z' || c == '_'); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool char_is_alpha_true(char c) { return (c >= 'a' && c <= 'z' || c >= 'A' && c <= 'Z'); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool char_is_hex(char c) { return (c >= '0' && c <= '9' || c >= 'A' && c <= 'F' || c >= 'a' && c <= 'f'); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool char_is_numeric(char c) { return (c >= '0' && c <= '9'); } #endif // // String Making Functions // #if !defined(FSTRING_GUARD) FSTRING_INLINE String string_zero(void) { String str={0}; return(str); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE String make_string_cap(void *str, int32_t size, int32_t mem_size){ String result; result.str = (char*)str; result.size = size; result.memory_size = mem_size; return(result); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE String make_string(void *str, int32_t size){ String result; result.str = (char*)str; result.size = size; result.memory_size = size; return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t str_size(char *str) { int32_t i = 0; while (str[i]) ++i; return(i); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE String make_string_slowly(void *str) { String result; result.str = (char*)str; result.size = str_size((char*)str); result.memory_size = result.size; return(result); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE String substr_tail(String str, int32_t start) { String result; result.str = str.str + start; result.size = str.size - start; result.memory_size = 0; return(result); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE String substr(String str, int32_t start, int32_t size) { String result; result.str = str.str + start; result.size = size; if (start + size > str.size){ result.size = str.size - start; } result.memory_size = 0; return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK String skip_whitespace(String str) { String result = {0}; int32_t i = 0; for (; i < str.size && char_is_whitespace(str.str[i]); ++i); result = substr(str, i, str.size - i); return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK String chop_whitespace(String str) { String result = {0}; int32_t i = str.size; for (; i > 0 && char_is_whitespace(str.str[i-1]); --i); result = substr(str, 0, i); return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK String skip_chop_whitespace(String str) { str = skip_whitespace(str); str = chop_whitespace(str); return(str); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE String tailstr(String str) { String result; result.str = str.str + str.size; result.memory_size = str.memory_size - str.size; result.size = 0; return(result); } #endif // // String Comparison // #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_cc(char *a, char *b){ for (int32_t i = 0;; ++i){ if (a[i] != b[i]){ return 0; } if (a[i] == 0){ return 1; } } } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_sc(String a, char *b){ int32_t i = 0; for (; i < a.size; ++i){ if (a.str[i] != b[i]){ return 0; } } if (b[i] != 0){ return 0; } return 1; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool match_cs(char *a, String b){ return(match_sc(b,a)); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_ss(String a, String b){ if (a.size != b.size){ return 0; } for (int32_t i = 0; i < b.size; ++i){ if (a.str[i] != b.str[i]){ return 0; } } return 1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_part_ccl(char *a, char *b, int32_t *len){ int32_t i; for (i = 0; b[i] != 0; ++i){ if (a[i] != b[i]){ return 0; } } *len = i; return 1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_part_scl(String a, char *b, int32_t *len){ int32_t i; for (i = 0; b[i] != 0; ++i){ if (a.str[i] != b[i] || i == a.size){ return 0; } } *len = i; return 1; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool match_part_cc(char *a, char *b){ int32_t x; return match_part_ccl(a,b,&x); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool match_part_sc(String a, char *b){ int32_t x; return match_part_scl(a,b,&x); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_part_cs(char *a, String b){ for (int32_t i = 0; i != b.size; ++i){ if (a[i] != b.str[i]){ return 0; } } return 1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_part_ss(String a, String b){ if (a.size < b.size){ return 0; } for (int32_t i = 0; i < b.size; ++i){ if (a.str[i] != b.str[i]){ return 0; } } return 1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_insensitive_cc(char *a, char *b){ for (int32_t i = 0;; ++i){ if (char_to_upper(a[i]) != char_to_upper(b[i])){ return 0; } if (a[i] == 0){ return 1; } } } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_insensitive_sc(String a, char *b){ int32_t i = 0; for (; i < a.size; ++i){ if (char_to_upper(a.str[i]) != char_to_upper(b[i])){ return 0; } } if (b[i] != 0){ return 0; } return 1; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool match_insensitive_cs(char *a, String b){ return match_insensitive_sc(b,a); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_insensitive_ss(String a, String b){ if (a.size != b.size){ return 0; } for (int32_t i = 0; i < b.size; ++i){ if (char_to_upper(a.str[i]) != char_to_upper(b.str[i])){ return 0; } } return 1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_part_insensitive_ccl(char *a, char *b, int32_t *len){ int32_t i; for (i = 0; b[i] != 0; ++i){ if (char_to_upper(a[i]) != char_to_upper(b[i])){ return 0; } } *len = i; return 1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_part_insensitive_scl(String a, char *b, int32_t *len){ int32_t i; for (i = 0; b[i] != 0; ++i){ if (char_to_upper(a.str[i]) != char_to_upper(b[i]) || i == a.size){ return 0; } } *len = i; return 1; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool match_part_insensitive_cc(char *a, char *b){ int32_t x; return match_part_insensitive_ccl(a,b,&x); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool match_part_insensitive_sc(String a, char *b){ int32_t x; return match_part_insensitive_scl(a,b,&x); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_part_insensitive_cs(char *a, String b){ for (int32_t i = 0; i != b.size; ++i){ if (char_to_upper(a[i]) != char_to_upper(b.str[i])){ return(0); } } return(1); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool match_part_insensitive_ss(String a, String b){ if (a.size < b.size){ return(0); } for (int32_t i = 0; i < b.size; ++i){ if (char_to_upper(a.str[i]) != char_to_upper(b.str[i])){ return(0); } } return(1); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t compare_cc(char *a, char *b){ int32_t i = 0, r = 0; while (a[i] == b[i] && a[i] != 0){ ++i; } r = (a[i] > b[i]) - (a[i] < b[i]); return(r); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t compare_sc(String a, char *b){ int32_t i = 0, r = 0; while (i < a.size && a.str[i] == b[i]){ ++i; } if (i < a.size){ r = (a.str[i] > b[i]) - (a.str[i] < b[i]); } else{ if (b[i] == 0){ r = 0; } else{ r = -1; } } return(r); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE int32_t compare_cs(char *a, String b){ int32_t r = -compare_sc(b,a); return(r); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t compare_ss(String a, String b){ int32_t i = 0, r = 0; int32_t m = a.size; if (b.size < m){ m = b.size; } while (i < m && a.str[i] == b.str[i]){ ++i; } if (i < m){ r = (a.str[i] > b.str[i]) - (b.str[i] > a.str[i]); } else{ r = (a.size > b.size) - (b.size > a.size); } return(r); } #endif // // Finding Characters and Substrings // #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t find_c_char(char *str, int32_t start, char character){ int32_t i = start; while (str[i] != character && str[i] != 0) ++i; return(i); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t find_s_char(String str, int32_t start, char character){ int32_t i = start; while (i < str.size && str.str[i] != character) ++i; return(i); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t rfind_s_char(String str, int32_t start, char character){ int32_t i = start; while (i >= 0 && str.str[i] != character) --i; return(i); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t find_c_chars(char *str, int32_t start, char *characters){ int32_t i = start, j; while (str[i] != 0){ for (j = 0; characters[j]; ++j){ if (str[i] == characters[j]){ return(i); } } ++i; } return(i); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t find_s_chars(String str, int32_t start, char *characters){ int32_t i = start, j; while (i < str.size){ for (j = 0; characters[j]; ++j){ if (str.str[i] == characters[j]){ return(i); } } ++i; } return(i); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t find_substr_c(char *str, int32_t start, String seek){ int32_t i, j, k; fstr_bool hit; if (seek.size == 0){ i = str_size(str); return(i); } for (i = start; str[i]; ++i){ if (str[i] == seek.str[0]){ hit = 1; for (j = 1, k = i+1; j < seek.size; ++j, ++k){ if (str[k] != seek.str[j]){ hit = 0; break; } } if (hit){ return(i); } } } return(i); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t find_substr_s(String str, int32_t start, String seek){ int32_t stop_at, i, j, k; fstr_bool hit; if (seek.size == 0){ return str.size; } stop_at = str.size - seek.size + 1; for (i = start; i < stop_at; ++i){ if (str.str[i] == seek.str[0]){ hit = 1; for (j = 1, k = i+1; j < seek.size; ++j, ++k){ if (str.str[k] != seek.str[j]){ hit = 0; break; } } if (hit){ return i; } } } return(str.size); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t rfind_substr_s(String str, int32_t start, String seek){ int32_t i, j, k; fstr_bool hit; if (seek.size == 0){ return -1; } if (start + seek.size > str.size){ start = str.size - seek.size; } for (i = start; i >= 0; --i){ if (str.str[i] == seek.str[0]){ hit = 1; for (j = 1, k = i+1; j < seek.size; ++j, ++k){ if (str.str[k] != seek.str[j]){ hit = 0; break; } } if (hit){ return i; } } } return -1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t find_substr_insensitive_c(char *str, int32_t start, String seek){ int32_t i, j, k; fstr_bool hit; char a_upper, b_upper; if (seek.size == 0){ return str_size(str); } for (i = start; str[i]; ++i){ if (str[i] == seek.str[0]){ hit = 1; for (j = 1, k = i+1; j < seek.size; ++j, ++k){ a_upper = char_to_upper(str[k]); b_upper = char_to_upper(seek.str[j]); if (a_upper != b_upper){ hit = 0; break; } } if (hit){ return i; } } } return i; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t find_substr_insensitive_s(String str, int32_t start, String seek){ int32_t i, j, k; int32_t stop_at; fstr_bool hit; char a_upper, b_upper; if (seek.size == 0){ return str.size; } stop_at = str.size - seek.size + 1; for (i = start; i < stop_at; ++i){ if (str.str[i] == seek.str[0]){ hit = 1; for (j = 1, k = i+1; j < seek.size; ++j, ++k){ a_upper = char_to_upper(str.str[k]); b_upper = char_to_upper(seek.str[j]); if (a_upper != b_upper){ hit = 0; break; } } if (hit){ return i; } } } return str.size; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool has_substr_c(char *s, String seek){ return (s[find_substr_c(s, 0, seek)] != 0); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool has_substr_s(String s, String seek){ return (find_substr_s(s, 0, seek) < s.size); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool has_substr_insensitive_c(char *s, String seek){ return (s[find_substr_insensitive_c(s, 0, seek)] != 0); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool has_substr_insensitive_s(String s, String seek){ return (find_substr_insensitive_s(s, 0, seek) < s.size); } #endif // // String Copies and Appends // #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t copy_fast_unsafe_cc(char *dest, char *src){ char *start = dest; while (*src != 0){ *dest = *src; ++dest; ++src; } return (int32_t)(dest - start); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t copy_fast_unsafe_cs(char *dest, String src){ int32_t i = 0; while (i != src.size){ dest[i] = src.str[i]; ++i; } return(src.size); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool copy_checked_ss(String *dest, String src){ char *dest_str; int32_t i; if (dest->memory_size < src.size){ return 0; } dest_str = dest->str; for (i = 0; i < src.size; ++i){ dest_str[i] = src.str[i]; } dest->size = src.size; return 1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool copy_partial_sc(String *dest, char *src){ int32_t i = 0; int32_t memory_size = dest->memory_size; char *dest_str = dest->str; while (src[i] != 0){ if (i >= memory_size){ return 0; } dest_str[i] = src[i]; ++i; } dest->size = i; return 1; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool copy_partial_ss(String *dest, String src){ char *dest_str = dest->str; int32_t memory_size = dest->memory_size; fstr_bool result = 0; if (memory_size >= src.size){ result = 1; memory_size = src.size; } for (int32_t i = 0; i < memory_size; ++i){ dest_str[i] = src.str[i]; } dest->size = memory_size; return result; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE int32_t copy_cc(char *dest, char *src){ return copy_fast_unsafe_cc(dest, src); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE void copy_ss(String *dest, String src){ copy_checked_ss(dest, src); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE void copy_sc(String *dest, char *src){ copy_partial_sc(dest, src); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool append_checked_ss(String *dest, String src){ String end; end = tailstr(*dest); fstr_bool result = copy_checked_ss(&end, src); // NOTE(allen): This depends on end.size still being 0 if // the check failed and no coppy occurred. dest->size += end.size; return result; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool append_partial_sc(String *dest, char *src){ String end = tailstr(*dest); fstr_bool result = copy_partial_sc(&end, src); dest->size += end.size; return result; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool append_partial_ss(String *dest, String src){ String end = tailstr(*dest); fstr_bool result = copy_partial_ss(&end, src); dest->size += end.size; return result; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool append_s_char(String *dest, char c){ fstr_bool result = 0; if (dest->size < dest->memory_size){ dest->str[dest->size++] = c; result = 1; } return result; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool append_ss(String *dest, String src){ return append_partial_ss(dest, src); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE fstr_bool append_sc(String *dest, char *src){ return append_partial_sc(dest, src); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool terminate_with_null(String *str){ fstr_bool result = 0; if (str->size < str->memory_size){ str->str[str->size] = 0; result = 1; } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool append_padding(String *dest, char c, int32_t target_size){ fstr_bool result = 1; int32_t offset = target_size - dest->size; int32_t r = 0; if (offset > 0){ for (r = 0; r < offset; ++r){ if (append_s_char(dest, c) == 0){ result = 0; break; } } } return(result); } #endif // // Other Edits // #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK void replace_char(String *str, char replace, char with){ char *s = str->str; int32_t i = 0; for (i = 0; i < str->size; ++i, ++s){ if (*s == replace) *s = with; } } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK void to_lower_cc(char *src, char *dst){ for (; *src != 0; ++src){ *dst++ = char_to_lower(*src); } *dst++ = 0; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK void to_lower_ss(String *src, String *dst){ int32_t i = 0; int32_t size = src->size; char *c = src->str; char *d = dst->str; if (dst->memory_size >= size){ for (; i < size; ++i){ *d++ = char_to_lower(*c++); } } } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK void to_lower_s(String *str){ int32_t i = 0; int32_t size = str->size; char *c = str->str; for (; i < size; ++c, ++i){ *c = char_to_lower(*c); } } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK void to_upper_cc(char *src, char *dst){ for (; *src != 0; ++src){ *dst++ = char_to_upper(*src); } *dst++ = 0; } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK void to_upper_ss(String *src, String *dst){ int32_t i = 0; int32_t size = src->size; char *c = src->str; char *d = dst->str; if (dst->memory_size >= size){ for (; i < size; ++i){ *d++ = char_to_upper(*c++); } } } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK void to_upper_s(String *str){ int32_t i = 0; int32_t size = str->size; char *c = str->str; for (; i < size; ++c, ++i){ *c = char_to_upper(*c); } } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK void to_camel_cc(char *src, char *dst){ char *c, ch; int32_t is_first = 1; for (c = src; *c != 0; ++c){ ch = *c; if (char_is_alpha_numeric_true(ch)){ if (is_first){ is_first = 0; ch = char_to_upper(ch); } else{ ch = char_to_lower(ch); } } else{ is_first = 1; } *dst++ = ch; } *dst = 0; } #endif // // String <-> Number Conversions // #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t int_to_str_size(int32_t x){ int32_t size = 1; if (x < 0){ size = 2; } x /= 10; while (x != 0){ x /= 10; ++size; } return(size); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool int_to_str(String *dest, int32_t x){ fstr_bool result = 1; char *str = dest->str; int32_t memory_size = dest->memory_size; int32_t size, i, j; fstr_bool negative; if (x == 0){ str[0] = '0'; dest->size = 1; } else{ size = 0; negative = 0; if (x < 0){ negative = 1; x = -x; str[size++] = '-'; } while (x != 0){ if (size == memory_size){ result = 0; break; } i = x % 10; x /= 10; str[size++] = (char)('0' + i); } if (result){ // NOTE(allen): Start i = 0 if not negative, start i = 1 if is negative // because - should not be flipped if it is negative :) for (i = negative, j = size-1; i < j; ++i, --j){ char temp = str[i]; str[i] = str[j]; str[j] = temp; } dest->size = size; } else{ dest->size = 0; } } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool append_int_to_str(String *dest, int32_t x){ String last_part = tailstr(*dest); fstr_bool result = int_to_str(&last_part, x); if (result){ dest->size += last_part.size; } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t u64_to_str_size(uint64_t x){ int32_t size; if (x < 0){ size = 0; } else{ size = 1; x /= 10; while (x != 0){ x /= 10; ++size; } } return(size); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool u64_to_str(String *dest, uint64_t x){ fstr_bool result = 1; char *str = dest->str; int32_t memory_size = dest->memory_size; int32_t size, i, j; if (x == 0){ str[0] = '0'; dest->size = 1; } else{ size = 0; while (x != 0){ if (size == memory_size){ result = 0; break; } i = x % 10; x /= 10; str[size++] = (char)('0' + i); } if (result){ for (i = 0, j = size-1; i < j; ++i, --j){ char temp = str[i]; str[i] = str[j]; str[j] = temp; } dest->size = size; } else{ dest->size = 0; } } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool append_u64_to_str(String *dest, uint64_t x){ String last_part = tailstr(*dest); fstr_bool result = u64_to_str(&last_part, x); if (result){ dest->size += last_part.size; } return(result); } #endif #ifndef FSTRING_GUARD typedef struct Float_To_Str_Variables{ fstr_bool negative; int32_t int_part; int32_t dec_part; } Float_To_Str_Variables; static Float_To_Str_Variables get_float_vars(float x){ Float_To_Str_Variables vars = {0}; if (x < 0){ vars.negative = 1; x = -x; } vars.int_part = (int32_t)(x); vars.dec_part = (int32_t)((x - vars.int_part) * 1000); return(vars); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t float_to_str_size(float x){ Float_To_Str_Variables vars = get_float_vars(x); int32_t size = vars.negative + int_to_str_size(vars.int_part) + 1 + int_to_str_size(vars.dec_part); return(size); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool append_float_to_str(String *dest, float x){ fstr_bool result = 1; Float_To_Str_Variables vars = get_float_vars(x); if (vars.negative){ append_s_char(dest, '-'); } append_int_to_str(dest, vars.int_part); append_s_char(dest, '.'); append_int_to_str(dest, vars.dec_part); return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool float_to_str(String *dest, float x){ fstr_bool result = 1; dest->size = 0; append_float_to_str(dest, x); return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t str_is_int_c(char *str){ fstr_bool result = 1; for (; *str; ++str){ if (!char_is_numeric(*str)){ result = 0; break; } } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool str_is_int_s(String str){ fstr_bool result = 1; for (int32_t i = 0; i < str.size; ++i){ if (!char_is_numeric(str.str[i])){ result = 0; break; } } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t str_to_int_c(char *str){ int32_t x = 0; for (; *str; ++str){ if (*str >= '0' && *str <= '9'){ x *= 10; x += *str - '0'; } else{ x = 0; break; } } return(x); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t str_to_int_s(String str){ int32_t x, i; if (str.size == 0){ x = 0; } else{ x = str.str[0] - '0'; for (i = 1; i < str.size; ++i){ x *= 10; x += str.str[i] - '0'; } } return(x); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t hexchar_to_int(char c){ int32_t x = 0; if (c >= '0' && c <= '9'){ x = c-'0'; } else if (c > 'F'){ x = c+(10-'a'); } else{ x = c+(10-'A'); } return(x); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK char int_to_hexchar(int32_t x){ return (x<10)?((char)x+'0'):((char)x+'a'-10); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK uint32_t hexstr_to_int(String str){ uint32_t x; int32_t i; if (str.size == 0){ x = 0; } else{ x = hexchar_to_int(str.str[0]); for (i = 1; i < str.size; ++i){ x *= 0x10; x += hexchar_to_int(str.str[i]); } } return(x); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool color_to_hexstr(String *s, uint32_t color){ fstr_bool result = 0; int32_t i; if (s->memory_size == 7 || s->memory_size == 8){ result = 1; s->size = 6; s->str[6] = 0; color = color & 0x00FFFFFF; for (i = 5; i >= 0; --i){ s->str[i] = int_to_hexchar(color & 0xF); color >>= 4; } } else if (s->memory_size > 8){ result = 1; s->size = 8; s->str[8] = 0; for (i = 7; i >= 0; --i){ s->str[i] = int_to_hexchar(color & 0xF); color >>= 4; } } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool hexstr_to_color(String s, uint32_t *out){ fstr_bool result = 0; uint32_t color = 0; if (s.size == 6){ result = 1; color = (uint32_t)hexstr_to_int(s); color |= (0xFF << 24); *out = color; } else if (s.size == 8){ result = 1; color = (uint32_t)hexstr_to_int(s); *out = color; } return(result); } #endif // // Directory String Management // #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK int32_t reverse_seek_slash_pos(String str, int32_t pos){ int32_t i = str.size - 1 - pos; while (i >= 0 && !char_is_slash(str.str[i])){ --i; } return i; } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE int32_t reverse_seek_slash(String str){ return(reverse_seek_slash_pos(str, 0)); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE String front_of_directory(String dir){ return substr_tail(dir, reverse_seek_slash(dir) + 1); } #endif #if !defined(FSTRING_GUARD) FSTRING_INLINE String path_of_directory(String dir){ return substr(dir, 0, reverse_seek_slash(dir) + 1); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool set_last_folder_sc(String *dir, char *folder_name, char slash){ fstr_bool result = 0; int32_t size = reverse_seek_slash(*dir) + 1; dir->size = size; if (append_sc(dir, folder_name)){ if (append_s_char(dir, slash)){ result = 1; } } if (!result){ dir->size = size; } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool set_last_folder_ss(String *dir, String folder_name, char slash){ fstr_bool result = 0; int32_t size = reverse_seek_slash(*dir) + 1; dir->size = size; if (append_ss(dir, folder_name)){ if (append_s_char(dir, slash)){ result = 1; } } if (!result){ dir->size = size; } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK String file_extension(String str){ int32_t i; for (i = str.size - 1; i >= 0; --i){ if (str.str[i] == '.') break; } ++i; return(make_string(str.str+i, str.size-i)); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool remove_extension(String *str){ fstr_bool result = 0; int32_t i; for (i = str->size - 1; i >= 0; --i){ if (str->str[i] == '.') break; } if (i >= 0){ result = 1; str->size = i + 1; } return(result); } #endif #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool remove_last_folder(String *str){ fstr_bool result = 0; int32_t end = reverse_seek_slash_pos(*str, 1); if (end >= 0){ result = 1; str->size = end + 1; } return(result); } #endif // TODO(allen): Add hash-table extension to string sets. #if defined(FSTRING_IMPLEMENTATION) FSTRING_LINK fstr_bool string_set_match(String *str_set, int32_t count, String str, int32_t *match_index){ fstr_bool result = 0; int32_t i = 0; for (; i < count; ++i, ++str_set){ if (match_ss(*str_set, str)){ *match_index = i; result = 1; break; } } return(result); } #endif #ifndef FSTRING_EXPERIMENTAL #define FSTRING_EXPERIMENTAL // NOTE(allen): experimental section, things below here are // not promoted to public API level yet. #ifndef ArrayCount # define ArrayCount(a) ((sizeof(a))/sizeof(*a)) #endif typedef struct Absolutes{ String a[8]; int32_t count; } Absolutes; static void get_absolutes(String name, Absolutes *absolutes, fstr_bool implicit_first, fstr_bool implicit_last){ int32_t count = 0; int32_t max = ArrayCount(absolutes->a) - 1; if (implicit_last) --max; String str; str.str = name.str; str.size = 0; str.memory_size = 0; fstr_bool prev_was_wild = 0; if (implicit_first){ absolutes->a[count++] = str; prev_was_wild = 1; } int32_t i; for (i = 0; i < name.size; ++i){ if (name.str[i] == '*' && count < max){ if (!prev_was_wild){ str.memory_size = str.size; absolutes->a[count++] = str; str.size = 0; } str.str = name.str + i + 1; prev_was_wild = 1; } else{ ++str.size; prev_was_wild = 0; } } str.memory_size = str.size; absolutes->a[count++] = str; if (implicit_last){ str.size = 0; str.memory_size = 0; absolutes->a[count++] = str; } absolutes->count = count; } static fstr_bool wildcard_match_c(Absolutes *absolutes, char *x, int32_t case_sensitive){ fstr_bool r = 1; String *a = absolutes->a; fstr_bool (*match_func)(char*, String); fstr_bool (*match_part_func)(char*, String); if (case_sensitive){ match_func = match_cs; match_part_func = match_part_cs; } else{ match_func = match_insensitive_cs; match_part_func = match_part_insensitive_cs; } if (absolutes->count == 1){ r = match_func(x, *a); } else{ if (!match_part_func(x, *a)){ r = 0; } else{ String *max = a + absolutes->count - 1; x += a->size; ++a; while (a < max){ if (*x == 0){ r = 0; break; } if (match_part_func(x, *a)){ x += a->size; ++a; } else{ ++x; } } if (r && a->size > 0){ r = 0; while (*x != 0){ if (match_part_func(x, *a) && *(x + a->size) == 0){ r = 1; break; } else{ ++x; } } } } } return(r); } static fstr_bool wildcard_match_s(Absolutes *absolutes, String x, int32_t case_sensitive){ terminate_with_null(&x); return(wildcard_match_c(absolutes, x.str, case_sensitive)); } #endif #if defined(FSTRING_IMPLEMENTATION) #undef FSTRING_IMPLEMENTATION #endif #if !defined(FSTRING_GUARD) #define FSTRING_GUARD #endif // BOTTOM