token_t * new_keyword_token(const char * const word,
hl_group_t * const g) {
- //char * new_word = strdup(word);
- //size_t word_length = strlen(word);
- //char * new_word = (char*)malloc(word_length + 4 + 1);
+ size_t word_length = strlen(word);
+ char * new_word = (char*)malloc(word_length + 4 + 1);
- //memcpy(new_word, "\\<", 2);
- //memcpy(new_word + 2, word, word_length);
- //strcpy(new_word + 2 + word_length, "\\>");
+ memcpy(new_word, "\\<", 2);
+ memcpy(new_word + 2, word, word_length);
+ strcpy(new_word + 2 + word_length, "\\>");
token_t * mt = (token_t*)malloc(sizeof(token_t));
mt->hl = g;
mt->t = KEYWORD;
- //mt->syntax = regex_compile(new_word);
- mt->syntax = regex_compile(word);
+ mt->syntax = regex_compile(new_word);
append_token(mt);
// --------------------
// ### Highlighting ###
// --------------------
-
-int token_fits(const token_t * const token,
- const char * const to,
- const int string_offset,
- const bool is_start_of_line,
- int * match_offset) {
- return 0;
- UNUSED(match_offset);
-
- match_t * matches = regex_match(token->syntax, to, is_start_of_line);
-
- if (matches->position == -1) {
- return 0;
- }
-
- const int r = matches->width;
- match_offset = matches->position;
-
- free(matches);
-
- return r;
-}
-
void render_string(const char * const string,
const char * const mode) {
display_t * display;
token_t * t = *(token_t**)vector_get(&token_table,
i);
match_t * match = regex_match(t->syntax, string, true);
- for(match_t * m = match; m->position != -1; m++){
- printf("%s: %d %d\n", t->syntax->str, m->position, m->width);
- }
if (match->position == -1) {
free(match);
continue;