extern int bits_va_lock_check(void)
{
t_entry * curr;
t_account * account;
int count = 0;
HASHTABLE_TRAVERSE(accountlist(),curr)
{
account = entry_get_data(curr);
if ((account_get_bits_state(account)==account_state_delete)||(account_get_bits_state(account)==account_state_invalid))
{
bits_va_unlock_account(account);
count++;
curr=hashtable_get_first(accountlist()); /* restart */
}
}
void
Ladders::rebuild(std::list<LadderList*>& laddersToRebuild)
{
t_entry * curr;
t_account * account;
unsigned int uid, primary, secondary, tertiary;
eventlog(eventlog_level_debug,__FUNCTION__,"start rebuilding ladders");
if (accountlist_load_all(ST_FORCE)) {
eventlog(eventlog_level_error, __FUNCTION__, "error loading all accounts");
return;
}
HASHTABLE_TRAVERSE(accountlist(),curr)
{
if ((account=((t_account *)entry_get_data(curr))))
{
LadderReferencedObject referencedObject(account);
for (std::list<LadderList*>::iterator lit(laddersToRebuild.begin()); lit!=laddersToRebuild.end(); lit++)
{
// only do handle referenceTypeAccount ladders here
if ((*lit)->getReferenceType() != referenceTypeAccount)
{
continue;
}
if (referencedObject.getData((*lit)->getLadderKey(),uid,primary,secondary,tertiary))
{
(*lit)->addEntry(uid, primary, secondary, tertiary, referencedObject);
}
}
}
}
// now we would need to traverse teamlist, too.
// how about comletly moving this code into team?
eventlog(eventlog_level_debug,__FUNCTION__,"done rebuilding ladders");
}
