empty (also here) and when this channel doesn't have +A set.
To prevent this from allowing net-rides on the channel, we
- clear all ops from the channel.
+ clear all modes from the channel.
(Scenario for a net ride: c1 - s1 - s2 - c2, with c1 the only
user in the channel; c1 parts and rejoins, gaining ops.
struct ModeBuf mbuf;
chptr->creationtime = creation;
- /* Deop the current ops. (This will go in both directions on
- * the network, and revise the channel timestamp as it goes,
- * avoiding further traffic due to the JOIN.)
- */
- modebuf_init(&mbuf, sptr, cptr, chptr, MODEBUF_DEST_CHANNEL | MODEBUF_DEST_HACK3 | MODEBUF_DEST_SERVER);
+ /* Wipe out the current modes on the channel. */
+ modebuf_init(&mbuf, sptr, cptr, chptr, MODEBUF_DEST_CHANNEL | MODEBUF_DEST_HACK3);
+
+ modebuf_mode(&mbuf, MODE_DEL | chptr->mode.mode);
+ chptr->mode.mode &= MODE_BURSTADDED | MODE_WASDELJOINS;
+
+ if (chptr->mode.limit) {
+ modebuf_mode_uint(&mbuf, MODE_DEL | MODE_LIMIT, chptr->mode.limit);
+ chptr->mode.limit = 0;
+ }
+
+ if (chptr->mode.key[0]) {
+ modebuf_mode_string(&mbuf, MODE_DEL | MODE_KEY, chptr->mode.key, 0);
+ chptr->mode.key[0] = '\0';
+ }
+
+ if (chptr->mode.upass[0]) {
+ modebuf_mode_string(&mbuf, MODE_DEL | MODE_UPASS, chptr->mode.upass, 0);
+ chptr->mode.upass[0] = '\0';
+ }
+
+ if (chptr->mode.apass[0]) {
+ modebuf_mode_string(&mbuf, MODE_DEL | MODE_APASS, chptr->mode.apass, 0);
+ chptr->mode.apass[0] = '\0';
+ }
+
for (member = chptr->members; member; member = member->next_member)
{
if (IsChanOp(member)) {
modebuf_mode_client(&mbuf, MODE_DEL | MODE_CHANOP, member->user, OpLevel(member));
member->status &= ~CHFL_CHANOP;
}
+ if (HasVoice(member)) {
+ modebuf_mode_client(&mbuf, MODE_DEL | MODE_VOICE, member->user, OpLevel(member));
+ member->status &= ~CHFL_VOICE;
+ }
}
modebuf_flush(&mbuf);
}