int get_word_lang(const char *word, int cur_lang)
{
int len = strlen(word);
char *low_word = lower_word(word, len);
len = trim_word(low_word, len);
if (len == 0)
{
free(low_word);
return NO_LANGUAGE;
}
log_message(DEBUG, "Processing word '%s'", low_word);
// Check by regexp
int lang = get_regexp_lang(low_word);
// Check by dictionary
if (lang == NO_LANGUAGE)
lang = get_dict_lang(low_word);
// Check by aspell
#ifdef WITH_ASPELL
if (lang == NO_LANGUAGE)
lang = get_aspell_hits(low_word, len);
#endif
// If not found lang by proto, try to find in all letter order
if (lang == NO_LANGUAGE)
lang = get_letter_order_lang(low_word, len, cur_lang);
// Try to find in no first symbol
if (lang == NO_LANGUAGE)
lang = get_nofirst_letter_lang(low_word, cur_lang);
// If not found in dictionary, try to find in proto
if (lang == NO_LANGUAGE)
lang = get_proto_lang(low_word, len, cur_lang, BIG_PROTO_LEN);
if (lang == NO_LANGUAGE)
lang = get_proto_lang(low_word, len, cur_lang, PROTO_LEN);
log_message(DEBUG, "End word processing");
free(low_word);
return lang;
}
int handle_word(char buf[], FILE *files[], struct sc_config const *config)
{
int ret = -1;
char tmp[strlen(buf)];
char inp[MAX_WORD_LENGTH];
trim_word(buf, tmp);
if (is_number(tmp))
goto NEXT;
if (word_exists(files[FILE_DIC], tmp)) {
fprintf(files[FILE_OUT], "%s", buf);
} else {
printf(CLSCRN);
print_header(config->file[FILE_DOC]);
print_hr();
print_preview(files[FILE_DOC], buf);
print_hr();
printf("word \"%s\" not found in dict\n", tmp);
print_progress(files[FILE_DOC]);
switch (show_menu()) {
case 'a':
fprintf(files[FILE_DIC], "%s\n", tmp);
fprintf(files[FILE_OUT], "%s", tmp);
break;
case 's':
printf("substitute %s: ", buf);
input_line(inp, sizeof(inp));
fprintf(files[FILE_OUT], "%s", inp);
break;
case 'c':
fprintf(files[FILE_OUT], "%s", buf);
break;
case 'q':
goto ERROR;
}
}
NEXT:
ret = 0;
ERROR:
return ret;
}
