extern void
print_week_range(Calendar * c, Tick start_tick, Tick end_tick)
{
Props *p = (Props *)c->properties;
register Tick first_date = start_tick;
int num_weeks;
Boolean done = False, first = True;
int num_page = 1;
void *xp = (void *)NULL;
/* get number of weeks needed to print */
num_weeks = ((end_tick - start_tick)/wksec) + 1;
if (num_weeks <= 0)
num_weeks = 1;
first_date = first_dow(first_date);
if (!timeok(first_date))
first_date = get_bot();
if ((xp = x_open_file(c)) == (void *)NULL)
return;
for (; num_weeks > 0; num_weeks--) {
while (!done) {
done = print_week(c, num_page, xp, first_date, p, first);
num_page++;
first = False;
}
done = False;
num_page = 1;
}
x_print_file(xp, c);
}
static void print_rc(const struct rc *rc)
{
const char *action = "unknown";
/*
* map action to string
* if not analyze, predict, or rank, then exit
*/
switch (rc->action) {
case ACTION_ANALYZE:
action = "analyze";
break;
case ACTION_PREDICT:
action = "predict";
break;
case ACTION_RANK:
action = "rank";
break;
default:
return;
}
/* heading */
fputs("***** run control *****\n", stderr);
/* print action */
fprintf(stderr, "action: %s\n", action);
/* print sport */
fprintf(stderr, "sport: %s\n", rc->sport);
/* print data-begin week */
fputs("data-begin: ", stderr);
print_week(stderr, &rc->data_begin);
fputc('\n', stderr);
/* print end week */
fputs("data-end: ", stderr);
print_week(stderr, &rc->data_end);
fputc('\n', stderr);
/* print target week/range */
fputs("target-begin: ", stderr);
print_week(stderr, &rc->target_begin);
fputc('\n', stderr);
fputs("target-end: ", stderr);
print_week(stderr, &rc->target_end);
fputc('\n', stderr);
/* print algos */
fputs("algos: [ ", stderr);
struct list_iter iter;
char *algo;
list_iter_begin(&rc->user_algorithms, &iter);
while (!list_iter_end(&iter)) {
algo = list_iter_data(&iter);
fprintf(stderr, "%s ", algo);
list_iter_next(&iter);
}
fputs("]\n", stderr);
/* footer */
fputs("***********************\n", stderr);
}
