void L2LogicalChannel::l2sendf(const L3Frame& frame)
{
SAPI_t sap = frame.getSAPI();
assert(sap == SAPI0 || sap == SAPI3 || sap == SAPI0Sacch || sap == SAPI3Sacch);
WATCHINFO("l2sendf "<<channelDescription() <<LOGVAR(sap) <<LOGVAR(chtype()) <<" " <<frame);
if (SAPIsSacch(sap)) { getSACCH()->l2sendf(frame); return; }
switch (frame.primitive()) {
case L3_ESTABLISH_REQUEST:
if (sap != SAPI3) { LOG(NOTICE) << "unexpected"<<LOGVAR(sap)<<" in "<<LOGVAR(frame); }
break;
case L3_DATA:
case L3_UNIT_DATA:
break;
case L3_RELEASE_REQUEST:
// Normal release initiated by layer3.
if (sap == SAPI0) { // Total deactivation requested.
startNormalRelease();
return;
}
break;
case L3_HARDRELEASE_REQUEST:
// This is a full immediate release.
if (sap == SAPI0) {
immediateRelease();
return;
}
LOG(NOTICE) << "unexpected"<<LOGVAR(sap)<<" in "<<LOGVAR(frame);
break;
default:
assert(0);
return;
}
mL3In.write(new L3Frame(frame));
}
void ClientIrcListHelper::receiveChannelList(const NetworkId &netId, const QStringList &channelFilters, const QVariantList &channels) {
QVariantList::const_iterator iter = channels.constBegin();
QVariantList::const_iterator iterEnd = channels.constEnd();
QList<ChannelDescription> channelList;
while(iter != iterEnd) {
QVariantList channelVar = iter->toList();
ChannelDescription channelDescription(channelVar[0].toString(), channelVar[1].toUInt(), channelVar[2].toString());
channelList << channelDescription;
iter++;
}
emit channelListReceived(netId, channelFilters, channelList);
}
void SACCHLogicalChannel::l2sendf(const L3Frame& frame)
{
SAPI_t sap = frame.getSAPI();
devassert(SAPIsSacch(sap));
if (sap != SAPI3Sacch) { LOG(NOTICE) << "unexpected"<<LOGVAR(sap)<<" in "<<LOGVAR(frame); }
LOG(INFO) <<channelDescription() <<LOGVAR(sap) <<LOGVAR(chtype()) <<" " <<frame;
switch (frame.primitive()) {
case L3_ESTABLISH_REQUEST:
// Fall through.
case L3_DATA:
case L3_UNIT_DATA:
case L3_RELEASE_REQUEST:
case L3_HARDRELEASE_REQUEST:
mL3In.write(new L3Frame(frame));
return;
default:
assert(0);
}
}
