{
linpool *m = (linpool *) r;
struct lp_chunk *c;
- int cnt;
+ int cnt, cntl;
for(cnt=0, c=m->first; c; c=c->next, cnt++)
;
- debug("(chunk=%d threshold=%d count=%d total=%d)\n",
+ for(cntl=0, c=m->first_large; c; c=c->next, cntl++)
+ ;
+ debug("(chunk=%d threshold=%d count=%d+%d total=%d+%d)\n",
m->chunk_size,
m->threshold,
cnt,
- m->total);
+ cntl,
+ m->total,
+ m->total_large);
}
rp_new(pool *p, char *name)
{
pool *z = ralloc(p, &pool_class);
+ z->name = name;
init_list(&z->inside);
return z;
}
pool *p = (pool *) P;
resource *r;
- debug(" %s\n", p->name);
+ debug("%s\n", p->name);
indent += 3;
WALK_LIST(r, p->inside)
rdump(r);
debug(x, "", (int) r);
if (r)
{
- debug("%-6s", r->class->name);
+ debug("%s ", r->class->name);
r->class->dump(r);
}
else
static void
proto_init_instance(struct proto *p)
{
- struct proto_config *c = p->cf;
-
- p->pool = rp_new(proto_pool, c->name);
+ /* Here we cannot use p->cf->name since it won't survive reconfiguration */
+ p->pool = rp_new(proto_pool, p->proto->name);
p->attn = ev_new(p->pool);
p->attn->data = p;
}
{
debug("INTERNAL STATE DUMP\n\n");
+ rdump(&root_pool);
sk_dump_all();
tm_dump_all();
if_dump_all();