/** Because most of the I/O gubbins are encapsulated within
* BufferedSocket, we just call the superclass constructor for
* most of the action, and append a few of our own values
* to it.
*/
TreeSocket::TreeSocket(SpanningTreeUtilities* Util, Link* link, Autoconnect* myac, const std::string& ipaddr)
: Utils(Util)
{
age = ServerInstance->Time();
linkID = assign(link->Name);
capab = new CapabData;
capab->link = link;
capab->ac = myac;
capab->capab_phase = 0;
MyRoot = NULL;
proto_version = 0;
ConnectionFailureShown = false;
LinkState = CONNECTING;
if (!link->Hook.empty())
{
ServiceProvider* prov = ServerInstance->Modules->FindService(SERVICE_IOHOOK, link->Hook);
if (!prov)
{
SetError("Could not find hook '" + link->Hook + "' for connection to " + linkID);
return;
}
AddIOHook(prov->creator);
}
DoConnect(ipaddr, link->Port, link->Timeout, link->Bind);
Utils->timeoutlist[this] = std::pair<std::string, int>(linkID, link->Timeout);
SendCapabilities(1);
}
/** Because most of the I/O gubbins are encapsulated within
* BufferedSocket, we just call the superclass constructor for
* most of the action, and append a few of our own values
* to it.
*/
TreeSocket::TreeSocket(Link* link, Autoconnect* myac, const std::string& ipaddr)
: linkID(assign(link->Name)), LinkState(CONNECTING), MyRoot(NULL), proto_version(0), ConnectionFailureShown(false)
, age(ServerInstance->Time())
{
capab = new CapabData;
capab->link = link;
capab->ac = myac;
capab->capab_phase = 0;
if (!link->Hook.empty())
{
ServiceProvider* prov = ServerInstance->Modules->FindService(SERVICE_IOHOOK, link->Hook);
if (!prov)
{
SetError("Could not find hook '" + link->Hook + "' for connection to " + linkID);
return;
}
AddIOHook(static_cast<IOHook*>(prov));
}
DoConnect(ipaddr, link->Port, link->Timeout, link->Bind);
Utils->timeoutlist[this] = std::pair<std::string, int>(linkID, link->Timeout);
SendCapabilities(1);
}
