void make_file(int IC, FILE *data_file, FILE *final_file) {
char data_line[MAX_LINE_SIZE], address[MAX_LINE_SIZE];
reset_str(address, MAX_LINE_SIZE);
reset_str(data_line, MAX_LINE_SIZE);
rewind(data_file);
while (!feof(data_file)) {
reset_str(data_line, MAX_LINE_SIZE);
fgets(data_line, MAX_LINE_SIZE, data_file);
in_base(IC, 4, address);
if (data_line[0] != '\0') fprintf(final_file, "%s %s", address, data_line);
IC++;
}
}
int parse_header(int fd_src, t_parser *parser,
header_t *header, int *size)
{
char *line;
reset_str(header->comment, COMMENT_LENGTH + 1);
if ((line = get_next_size(fd_src, parser, size)) == NULL)
return (1);
if (parse_header_line(line, NAME_CMD_STRING, header->prog_name) == 1)
{
syntax_error(parser->line_nb);
return (1);
}
free(line);
header->prog_size = 0;
if ((line = get_next_size(fd_src, parser, size)) == NULL)
return (1);
if (parse_header_line(line, COMMENT_CMD_STRING, header->comment) == 1)
{
syntax_error(parser->line_nb);
return (1);
}
free(line);
return (0);
}
void parse_query_string_len(nvlist_t *vars, const char *qs, size_t len)
{
struct qstr *name, *val;
const char *cur, *end;
int state;
if (!qs || !len)
return;
name = alloc_str(VAR_NAME_MAXLEN);
val = alloc_str(64 * 1024);
ASSERT(name);
ASSERT(val);
state = QS_STATE_NAME;
end = qs + len;
cur = qs;
for (; end > cur; cur++) {
char c = *cur;
if (state == QS_STATE_NAME) {
if (c == '=')
state = QS_STATE_VAL;
else
ASSERT0(append_char_str(name, c));
} else if (state == QS_STATE_VAL) {
if (c == '&') {
insert(vars, name, val);
state = QS_STATE_NAME;
reset_str(name);
reset_str(val);
} else {
ASSERT0(append_char_str(val, c));
}
}
}
if (state == QS_STATE_VAL)
insert(vars, name, val);
free_str(name);
free_str(val);
}
void make_it_12_digits(char *result) {
int i = strlen(result), j=0;
char tmp[12];
reset_str(tmp, 12);
for ( ; j <= 11-i; j++) tmp[j] = '0';
strcat(tmp, result);
strcpy(result, tmp);
}
t_bool checksum(t_bit *bits, t_stock *stock)
{
t_str str;
t_crc crc8;
t_bool rtn;
str = put_in_str(bits);
crc8 = hr_crc32((char*)str.str, ft_strlen((char*)str.str), 0, TRUE);
ft_putendl((char*)str.str);
if (crc8 == (t_crc)str.crc8)
rtn = TRUE;
free(str.str);
reset_str(bits);
stock->bit = NULL;
return (rtn);
}
static t_bool check_input(t_bit *bits, t_stock *stock)
{
t_bit *tmp;
int idx;
int cnt0;
int cnt1;
tmp = bits;
cnt0 = 0;
cnt1 = 0;
check_it(tmp, &cnt0, &cnt1, &idx);
if (cnt0 == 16 && cnt1 == 8 && !((idx + 1) % 8))
return (checksum(bits, stock));
if (cnt0 == 16 && cnt1 == 8 && ((idx + 1) % 8))
{
reset_str(bits);
stock->bit = NULL;
}
return (FALSE);
}
