PicaSysTray::PicaSysTray(QObject *parent) :
QObject(parent)
{
systrayMenu_ = new QMenu();
systrayMenu_->addAction(action_center->AboutAct());
systrayMenu_->addSeparator();
systrayMenu_->addAction(action_center->ExitAct());
systray_ = new QSystemTrayIcon(picapica_ico_sit);
systray_->setContextMenu(systrayMenu_);
systray_->show();
connect(systray_, SIGNAL(activated(QSystemTrayIcon::ActivationReason)), this, SLOT(systray_activated(QSystemTrayIcon::ActivationReason)));
connect(skynet, SIGNAL(BecameSelfAware()), this, SLOT(skynet_became_self_aware()));
connect(skynet, SIGNAL(LostSelfAwareness()), this, SLOT(skynet_lost_self_awareness()));
}
void SkyNet::nodethread_connected(QString addr, quint16 port, NodeThread *thread)
{
if (self_aware)
{
emit BecameSelfAware();
//restore old peer connections, if any
QList<QByteArray> c2c_peer_ids;
//load undelivered messages from history
if (msgqueues.isEmpty())
{
History h(config_dbname, Accounts::GetCurrentAccount().id);
msgqueues = h.GetUndeliveredMessages();
}
//load file transfers to be completed
// sndfilequeues = ...
QMap<QByteArray, QList<QString> > queues = msgqueues;
queues.unite(sndfilequeues);
c2c_peer_ids = queues.uniqueKeys();
for (int i = 0; i < c2c_peer_ids.size(); i++)
{
int ret;
write_mutex.lock();
struct PICA_chaninfo *chan = NULL;
ret = PICA_create_channel(nodelink, (const unsigned char*)c2c_peer_ids[i].constData(), &chan);
qDebug()<<"restoring channel to "<<c2c_peer_ids[i]<<" ret ="<<ret<<"\n";
write_mutex.unlock();
}
//start timer
timer_id = startTimer(10000);
}
}
