void QCopChannel::detach(QCopX11Client *cl)
{
if (!qcopServerMap)
return;
QCopServerMap::Iterator it = qcopServerMap->begin();
for (; it != qcopServerMap->end(); it++) {
if (it.value().contains(cl)) {
it.value().removeAll(cl);
// If this was the last client in the channel, announce the channel as dead.
if (it.value().count() == 0) {
emit qcopServer->removedChannel(it.key());
}
}
}
if (!qcopServerRegexpList)
return;
QCopServerRegexpList::Iterator it2 = qcopServerRegexpList->begin();
while(it2 != qcopServerRegexpList->end()) {
if ((*it2).client == cl)
it2 = qcopServerRegexpList->erase(it2);
else
++it2;
}
}
void QCopChannel::detach(const QString& ch, QCopX11Client *cl)
{
if (!qcopServerMap)
return;
QCopServerMap::Iterator it = qcopServerMap->find(ch);
if (it != qcopServerMap->end()) {
it.value().removeAll(cl);
if (it.value().isEmpty()) {
// If this was the last client in the channel, announce the channel as dead
emit qcopServer->removedChannel(it.key());
qcopServerMap->erase(it);
}
}
if (qcopServerRegexpList && containsWildcards(ch)) {
// Remove references to a wildcarded channel.
QCopServerRegexpList::Iterator it
= qcopServerRegexpList->begin();
while(it != qcopServerRegexpList->end()) {
if ((*it).client == cl && (*it).channel == ch)
it = qcopServerRegexpList->erase(it);
else
++it;
}
}
}
void QCopChannel::detach(QWSClient *cl)
{
if (!qcopServerMap)
return;
QCopServerMap::Iterator it = qcopServerMap->begin();
for (; it != qcopServerMap->end(); ++it) {
if (it.value().contains(cl)) {
it.value().removeAll(cl);
// If this was the last client in the channel, announce the channel as dead.
if (it.value().count() == 0) {
QWSServerSignalBridge* qwsBridge = new QWSServerSignalBridge();
connect(qwsBridge, SIGNAL(removedChannel(QString)), qwsServer, SIGNAL(removedChannel(QString)));
qwsBridge->emitRemovedChannel(it.key());
delete qwsBridge;
}
}
}
if (!qcopServerRegexpList)
return;
QCopServerRegexpList::Iterator it2 = qcopServerRegexpList->begin();
while(it2 != qcopServerRegexpList->end()) {
if ((*it2).client == cl)
it2 = qcopServerRegexpList->erase(it2);
else
++it2;
}
}
void QCopChannel::registerChannel(const QString& ch, QCopX11Client *cl)
{
if (!qcopServerMap)
qcopServerMap = new QCopServerMap;
// do we need a new channel list ?
QCopServerMap::Iterator it = qcopServerMap->find(ch);
if (it == qcopServerMap->end())
it = qcopServerMap->insert(ch, QList<QCopX11Client*>());
// If the channel name contains wildcard characters, then we also
// register it on the server regexp matching list.
if (containsWildcards( ch )) {
QCopServerRegexp item(ch, cl);
if (!qcopServerRegexpList)
qcopServerRegexpList = new QCopServerRegexpList;
qcopServerRegexpList->append( item );
}
// If this is the first client in the channel, announce the channel as being created.
if (it.value().count() == 0) {
emit qcopServer->newChannel(ch);
}
it.value().append(cl);
}
void QCopChannel::registerChannel(const QString& ch, QWSClient *cl)
{
if (!qcopServerMap)
qcopServerMap = new QCopServerMap;
// do we need a new channel list ?
QCopServerMap::Iterator it = qcopServerMap->find(ch);
if (it == qcopServerMap->end())
it = qcopServerMap->insert(ch, QList<QWSClient*>());
// If the channel name contains wildcard characters, then we also
// register it on the server regexp matching list.
if (containsWildcards( ch )) {
QCopServerRegexp item(ch, cl);
if (!qcopServerRegexpList)
qcopServerRegexpList = new QCopServerRegexpList;
qcopServerRegexpList->append( item );
}
// If this is the first client in the channel, announce the channel as being created.
if (it.value().count() == 0) {
QWSServerSignalBridge* qwsBridge = new QWSServerSignalBridge();
connect(qwsBridge, SIGNAL(newChannel(QString)), qwsServer, SIGNAL(newChannel(QString)));
qwsBridge->emitNewChannel(ch);
delete qwsBridge;
}
it.value().append(cl);
}
void QCopClient::handleDetachMonitor(const QString& ch)
{
QCopThreadData *td = QCopThreadData::instance();
QCopServerMap::Iterator it = td->serverMonitorMap.find(ch);
if (it != td->serverMonitorMap.end()) {
it.value().removeAll(this);
if (it.value().isEmpty())
td->serverMonitorMap.erase(it);
}
}
void QCopClient::handleRegisterMonitor(const QString& ch)
{
QCopThreadData *td = QCopThreadData::instance();
// Add the monitor to the server's list.
QCopServerMap::Iterator it = td->serverMonitorMap.find(ch);
if (it == td->serverMonitorMap.end())
it = td->serverMonitorMap.insert(ch, QList<QCopClient*>());
it.value().append(this);
// Inform the client about the current state of the channel.
if (td->serverMap.contains(ch))
sendChannelCommand(QCopCmd_MonitorRegistered, ch);
else
sendChannelCommand(QCopCmd_MonitorUnregistered, ch);
}
void QCopChannel::detach( const QWSClient *cl )
{
if ( !qcopServerMap )
return;
QCopServerMap::Iterator it = qcopServerMap->begin();
for ( ; it != qcopServerMap->end(); it++ ) {
if (it.data().containsRef(cl)) {
it.data().removeRef( cl );
// If this was the last client in the channel, announce the channel as dead.
if (it.data().count() == 0) {
QWSServerSignalBridge* qwsBridge = new QWSServerSignalBridge();
connect(qwsBridge, SIGNAL(removedChannel(const QString&)), qwsServer, SIGNAL(removedChannel(const QString&)));
qwsBridge->emitRemovedChannel(it.key());
delete qwsBridge;
}
}
}
}
/*!
\internal
Server side: subscribe client \a cl on channel \a ch.
*/
void QCopChannel::registerChannel( const QString &ch, const QWSClient *cl )
{
if ( !qcopServerMap )
qcopServerMap = new QCopServerMap;
// do we need a new channel list ?
QCopServerMap::Iterator it = qcopServerMap->find( ch );
if ( it == qcopServerMap->end() )
it = qcopServerMap->insert( ch, QList<QWSClient>() );
// If this is the first client in the channel, announce the channel as being created.
if (it.data().count() == 0) {
QWSServerSignalBridge* qwsBridge = new QWSServerSignalBridge();
connect(qwsBridge, SIGNAL(newChannel(const QString&)), qwsServer, SIGNAL(newChannel(const QString&)));
qwsBridge->emitNewChannel(ch);
delete qwsBridge;
}
it.data().append( cl );
}