void set_open_state(int state) {
open_state = state;
if (state == 1)
this_object()->simple_action("$N $vopen.");
else
this_object()->simple_action("$N $vclose.");
update_description();
}
/*
* Returns:
* -1 on failure
* 0 if a disease was freed from the memory
* 1 otherwise
*/
int change_description(struct p_node *list, char *const name,
const size_t n, char *const desc) {
struct p_node *patient = find_patient(list, name);
struct d_node *d;
if (patient == NULL || patient->disease_list == NULL ||
(d = find_description(patient->disease_list, n)) == NULL) {
return -1;
} else {
//struct d_node *it = find_description(patient->disease_list, n);
return update_description(d, desc);
}
}
int do_open(object who) {
if (open_state == 1) {
write("It's already open.");
return (0);
}
open_state = 1;
update_description();
if (who) {
who->targeted_action(query_open_message(), nil, this_object());
} else {
this_object()->simple_action("$N $vopen.");
}
}
int do_close(object who) {
if (!open_state) {
write("It's already closed.");
return (0);
}
open_state = 0;
update_description();
if (who) {
who->targeted_action(query_close_message(), nil, this_object());
} else {
this_object()->simple_action("$N $vclose.");
}
}
void mudlib_setup(mixed * args) {
if (sizeof(args) != 2) {
return;
}
add_adj(args[0]);
our_exit = args[0];
our_identity = args[1];
update_sibling();
add_block(our_exit);
set_open_description(query_open_description() + " %^CYAN%^[" + our_exit +
"]%^RESET%^");
set_closed_description(query_closed_description() + " %^CYAN%^[" + our_exit +
"]%^RESET%^");
update_description();
}