/**
* Sends our position in the soulseek search tree
*/
void newsoul::DistributedSocket::sendPosition() {
DBranchLevel msgL(newsoul()->searches()->branchLevel());
sendMessage(msgL.make_network_packet());
DBranchRoot msgR(newsoul()->searches()->branchRoot());
sendMessage(msgR.make_network_packet());
}
/**
* We have a new branch root, store it and notify the server
*/
void Museek::SearchManager::setBranchRoot(const std::string & root) {
NNLOG("museekd.peers.debug", "Our branch root is %s", root.c_str());
m_BranchRoot = root;
// Tell our new parent how many children we've got
DChildDepth msgD(childDepth());
parent()->sendMessage(msgD.make_network_packet());
// Send out parent IP to the server
SParentIP msgIp(m_ParentIp);
museekd()->server()->sendMessage(msgIp.make_network_packet());
// Send our branch level to the server
SBranchLevel msgL(branchLevel());
museekd()->server()->sendMessage(msgL.make_network_packet());
// Send the new branch root to the server
SBranchRoot msgR(root);
museekd()->server()->sendMessage(msgR.make_network_packet());
// Tell our children what we've done
std::map<std::string, std::pair<NewNet::RefPtr<DistributedSocket>, uint> >::iterator cit;
for (cit = m_Children.begin(); cit != m_Children.end(); cit++) {
if (cit->second.first.isValid())
cit->second.first->sendPosition();
}
}
/**
* Our connection with our parent has been disconnected
*/
void Museek::SearchManager::onParentDisconnected(NewNet::ClientSocket * socket_) {
m_BranchRoot = museekd()->server()->username();
setBranchLevel(0);
setParent(0);
SAcceptChildren msgAccept(false);
museekd()->server()->sendMessage(msgAccept.make_network_packet());
SChildDepth msgD(childDepth());
museekd()->server()->sendMessage(msgD.make_network_packet());
SHaveNoParents msgH(true);
museekd()->server()->sendMessage(msgH.make_network_packet());
SBranchLevel msgL(branchLevel());
museekd()->server()->sendMessage(msgL.make_network_packet());
SBranchRoot msgR(branchRoot());
museekd()->server()->sendMessage(msgR.make_network_packet());
}
MessageResult Editor::message(const T& msgAcc)
{
const Message & msg = msgAcc.message();
switch (msg.msgId)
{
case HASH::key_press:
{
messages::KeyPressR<T> msgR(msgAcc);
processKeyPress(msgR.keys());
break;
}
case HASH::fin:
{
InputMgr::deregister_key_press_listener(HASH::editor__, mTask.id());
break;
}
default:
PANIC("Unknown Editor message: %d", msg.msgId);
}
return MessageResult::Consumed;
}
