//
// Makes sure everything is in a usable state
// Only does something the first time it is called
//
void assure_world(void)
{
static int first = 1;
if (first) {
world.tm.era = 3;
world.tm.year = 329;
world.tm.month = 4;
world.tm.mday = 5;
world.tm.wday = 4;
world.tm.hour = 9;
world.tm.min = 0;
crtr_init(&world.plyr, '@' | A_BOLD);
vector_init(&world.zones);
world.gcrtrs = new_gclass(NULL);
world.gitems = new_gclass(NULL);
world.gmats = new_gclass(NULL);
// allocate 16 actions to start
world.acts = malloc(sizeof(action_node) * 16);
world.acts_cnt = 0;
world.acts_alloc = 16;
// load name data
world.eth = load_ethnicity("names/misriyyun");
first = 0;
}
}
gclass_t * get_gclass(const char * n, gclass_t * rt)
{
int i, len;
const char * s;
gclass_t * cl;
while (n != NULL && *n) {
while (*n == '/') n++;
s = n;
while (*n && *n != '/') n++;
for (i = 0; i < rt->sub.cnt; i++) {
cl = rt->sub.arr[i];
len = strlen(cl->name);
len = len > n-s ? len : n-s;
if (!strncmp(s, cl->name, len)) {
rt = cl;
break;
}
}
if (i == rt->sub.cnt) {
// create new gclass
cl = new_gclass(rt);
vector_append(&rt->sub, cl);
cl->name = malloc(n - s + 1);
memcpy(cl->name, s, n-s);
cl->name[n-s] = 0;
rt = cl;
}
}
return rt;
}
