int64_t stringparse_format(char *buffer, struct parse_format *pf, int64_t max_n)
{
int64_t num_entries = 0, np = 0;
char *cur_pos = buffer, *end_pos;
if (max_n < 1) return 0;
for (np=max_n-1; np>0; np--) assert(pf[np].index > pf[np-1].index);
while (*cur_pos==' ' || *cur_pos=='\t' || *cur_pos=='\n') cur_pos++;
while ((*cur_pos) && (np < max_n)) {
if (num_entries == pf[np].index) {
if (!strtowhatever(cur_pos, &end_pos, pf[np].data, pf[np].type)) break;
np++;
} else {
if (!strtowhatever(cur_pos, &end_pos, NULL, PARSE_SKIP)) break;
}
num_entries++;
cur_pos=end_pos;
while (*cur_pos==' ' || *cur_pos=='\t' || *cur_pos=='\n') cur_pos++;
}
return np;
}
int stringparse(char *buffer, void **data, enum parsetype *types, int max_n) {
int num_entries = 0;
char *cur_pos = buffer, *end_pos;
if (max_n < 1) return 0;
while (*cur_pos==' ' || *cur_pos=='\t' || *cur_pos=='\n') cur_pos++;
while ((*cur_pos) && (num_entries < max_n)) {
if (!strtowhatever(cur_pos, &end_pos, data[num_entries], types[num_entries]))
break;
num_entries++;
cur_pos=end_pos;
while (*cur_pos==' ' || *cur_pos=='\t' || *cur_pos=='\n') cur_pos++;
}
return num_entries;
}
