fcntl(s, F_SETFL, flags | O_NONBLOCK);
}
-int CleanAndResolve (char *resolvedHost, const char *unresolvedHost)
+int CleanAndResolve (char *resolvedHost, const char *unresolvedHost, bool forward)
{
+ int fd;
+ std::string ipaddr;
+
DNS d(Config->DNSServer);
- int fd = d.ReverseLookup(unresolvedHost);
+ if (forward)
+ fd = d.ForwardLookup(unresolvedHost);
+ else
+ fd = d.ReverseLookup(unresolvedHost);
if (fd < 0)
return 0;
time_t T = time(NULL)+1;
while ((!d.HasResult()) && (time(NULL)<T));
- std::string ipaddr = d.GetResult();
+ if (forward)
+ ipaddr = d.GetResultIP();
+ else
+ ipaddr = d.GetResult();
strlcpy(resolvedHost,ipaddr.c_str(),MAXBUF);
return (ipaddr != "");
}
{
// if the channel is NOT private/secret, OR the source user is on the channel, AND the user is not invisible.
// if the user is the same as the source, shortcircuit the comparison.
- if ((source == user) || ((((!(((ucrec*)(*i))->channel->binarymodes & CM_PRIVATE)) && (!(((ucrec*)(*i))->channel->binarymodes & CM_SECRET)) && (!userinvisible)) || (((ucrec*)(*i))->channel->HasUser(source)))))
+ if ((source == user) || ((((!(((ucrec*)(*i))->channel->modes[CM_PRIVATE])) && (!(((ucrec*)(*i))->channel->modes[CM_SECRET])) && (!userinvisible)) || (((ucrec*)(*i))->channel->HasUser(source)))))
{
lst = lst + std::string(cmode(user,((ucrec*)(*i))->channel)) + std::string(((ucrec*)(*i))->channel->name) + " ";
}