| -rw-r--r-- | x11/ipc/client/ocopclient.cpp | 8 | ||||
| -rw-r--r-- | x11/ipc/server/ocopserver.cpp | 38 | ||||
| -rw-r--r-- | x11/libqpe-x11/qpe/qpeapplication.cpp | 4 | ||||
| -rw-r--r-- | x11/libqpe-x11/qt/qcopchannel_qws.cpp | 11 |
4 files changed, 34 insertions, 27 deletions
diff --git a/x11/ipc/client/ocopclient.cpp b/x11/ipc/client/ocopclient.cpp index 91827e7..f59fa41 100644 --- a/x11/ipc/client/ocopclient.cpp +++ b/x11/ipc/client/ocopclient.cpp @@ -1,167 +1,167 @@ #include <errno.h> #include <stdlib.h> #include <stdio.h> #include <unistd.h> #include <sys/socket.h> #include <sys/types.h> #include <sys/un.h> #include <qfile.h> #include <qtimer.h> #include "../common/ocoppacket.h" #include "ocopclient.h" OCOPClient* OCOPClient::m_self = 0; OCOPClient* OCOPClient::self() { if (!m_self ) { m_self = new OCOPClient(); } return m_self; } OCOPClient::OCOPClient( const QString& path, QObject* obj ) : QObject( obj ) { m_tries = 0; init(QFile::encodeName(path) ); } OCOPClient::~OCOPClient() { delete m_notify; close( m_socket ); } void OCOPClient::init() { // failed start ther server NOW!!! startUP(); QCString str; init(str ); } void OCOPClient::init( const QCString& ) { m_tries++; struct sockaddr_un unix_adr; if ( (m_socket = socket(PF_UNIX, SOCK_STREAM, 0) ) < 0 ) { qWarning("could not socket"); if ( m_tries < 8 ) QTimer::singleShot(400, this,SLOT(init() ) ); return; } memset(&unix_adr, 0, sizeof(unix_adr ) ); unix_adr.sun_family = AF_UNIX; sprintf(unix_adr.sun_path,"%s/.opie.cop", getenv("HOME") ); int length = sizeof(unix_adr.sun_family) + strlen(unix_adr.sun_path); if ( ::connect(m_socket, (struct sockaddr*)&unix_adr, length ) < 0 ) { qWarning("could not connect %d", errno ); close( m_socket ); if ( m_tries < 8 ) QTimer::singleShot(400, this, SLOT(init() ) ); return; } m_notify = new QSocketNotifier(m_socket, QSocketNotifier::Read, this ); connect( m_notify, SIGNAL(activated(int) ), this, SLOT(newData() ) ); } /** * new data * read the header check magic number * and maybe read body */ void OCOPClient::newData() { OCOPPacket pack = packet(); if ( pack.channel().isEmpty() ) return; switch( pack.type() ) { case OCOPPacket::Register: case OCOPPacket::Unregister: case OCOPPacket::Method: case OCOPPacket::RegisterChannel: case OCOPPacket::UnregisterChannel: case OCOPPacket::Return: case OCOPPacket::Signal: /* is Registered should be handled sync */ case OCOPPacket::IsRegistered: break; /* emit the signal */ case OCOPPacket::Call: emit called( pack.channel(), pack.header(), pack.content() ); break; } } OCOPPacket OCOPClient::packet() const{ QCString chan; QCString func; QByteArray ar; OCOPHead head; memset(&head, 0, sizeof(head) ); read(m_socket, &head, sizeof(head) ); if ( head.magic == 47 ) { - qWarning("Client:Magic Match"); +// qWarning("Client:Magic Match"); chan = QCString( head.chlen+1); func = QCString( head.funclen+1 ); ar = QByteArray( head.datalen); read(m_socket, chan.data(), head.chlen ); read(m_socket, func.data(), head.funclen ); read(m_socket, ar.data(), head.datalen ); - qWarning("Client:%d %s",head.chlen,chan.data() ); +// qWarning("Client:%d %s",head.chlen,chan.data() ); } OCOPPacket pack(head.type, chan, func, ar ); return pack; } /* * we've blocking IO here on these sockets * so we send and go on read * this will be blocked */ bool OCOPClient::isRegistered( const QCString& chan ) const{ - qWarning("OCopClient::isRegistered %s", chan.data() ); +// qWarning("OCopClient::isRegistered %s", chan.data() ); /* should I disconnect the socket notfier? */ OCOPPacket packe(OCOPPacket::IsRegistered, chan ); OCOPHead head = packe.head(); write(m_socket, &head, sizeof(head) ); write(m_socket, chan.data(), chan.size() ); /* block */ OCOPPacket pack = packet(); qWarning("unblock %s %s", pack.channel().data(), chan.data() ); /* connect here again */ if ( pack.channel() == chan ) { QCString func = pack.header(); if (func[0] == 1 ) return true; } return false; }; void OCOPClient::send( const QCString& chan, const QCString& fu, const QByteArray& arr ) { - qWarning("ClientSending %s %s", chan.data(), fu.data() ); +// qWarning("ClientSending %s %s", chan.data(), fu.data() ); OCOPPacket pack(OCOPPacket::Call, chan, fu, arr ); call( pack ); } void OCOPClient::addChannel(const QCString& channel) { OCOPPacket pack(OCOPPacket::RegisterChannel, channel ); call( pack ); } void OCOPClient::delChannel(const QCString& chan ) { OCOPPacket pack(OCOPPacket::UnregisterChannel, chan ); call( pack ); } void OCOPClient::call( const OCOPPacket& pack ) { OCOPHead head = pack.head(); write(m_socket, &head, sizeof(head) ); write(m_socket, pack.channel().data(), pack.channel().size() ); write(m_socket, pack.header().data(), pack.header().size() ); write(m_socket, pack.content().data(), pack.content().size() ); } void OCOPClient::startUP() { qWarning("Start me up"); pid_t pi = fork(); if ( pi == 0 ) { setsid(); execlp("ocopserver", "ocopserver", NULL ); _exit(1); } } diff --git a/x11/ipc/server/ocopserver.cpp b/x11/ipc/server/ocopserver.cpp index ee5ea18..992cb8c 100644 --- a/x11/ipc/server/ocopserver.cpp +++ b/x11/ipc/server/ocopserver.cpp @@ -1,413 +1,413 @@ #include <errno.h> #include <signal.h> #include <stdio.h> #include <stdlib.h> #include <unistd.h> #include <sys/socket.h> #include <sys/un.h> #include <qcstring.h> #include <qtimer.h> #include "ocopserver.h" OCopServer::OCopServer() : QObject() { setName( "ocopserver"); /* * init the server */ init(); initSocket(); } OCopServer::~OCopServer() { // socket notifiers should be deleted close(m_serverfd ); } void OCopServer::init() { /* * we set SIGPIPE to SIG_IGN * to get EPIPE on reads ;) */ - qWarning("SIGPIPE to be ignored"); +// qWarning("SIGPIPE to be ignored"); signal(SIGPIPE, SIG_IGN ); /* * initialize some variables */ m_server = 0l; m_serverError = 0l; } /** * here we will init our server * socket and bind and do the listen */ void OCopServer::initSocket() { /* get the home dir */ QCString home( getenv("HOME") ); QCString path( home + "/.opie.cop"); if ( ( m_serverfd = socket( PF_UNIX, SOCK_STREAM, 0 ) ) == -1 ) { qWarning("failed to create server socket"); /* try again later */ QTimer::singleShot( 400, this, SLOT(initSocket() ) ); return; } qWarning( "unlinking file %s", path.data() ); /* unlink previous sockets */ unlink( path.data() ); struct sockaddr_un m_address; memset(&m_address, 0, sizeof(m_address ) ); m_address.sun_family = AF_UNIX; /* unix domain socket */ strcpy(m_address.sun_path, path.data() ); m_adrlaenge = sizeof(m_address.sun_family) + strlen(m_address.sun_path ); /* cast to make it a (sockadr*) */ if (bind(m_serverfd, (struct sockaddr*)&m_address, m_adrlaenge ) == -1 ) { qWarning("Server could not bind try again"); close(m_serverfd); QTimer::singleShot(400, this, SLOT(initSocket() ) ); return; } /* tell the kernel that we're listening and accepting * 5 pending connections */ if (listen(m_serverfd, 5) == -1 ) { qWarning("could not listen"); close(m_serverfd ); QTimer::singleShot(400, this, SLOT(initSocket() ) ); return; } /* * now we will create two QSocketNotifier * which will us notify on reads * and errors * we do this because they integrate * nicely into the QApplication eventloop */ m_server = new QSocketNotifier(m_serverfd, QSocketNotifier::Read, this ); connect( m_server, SIGNAL(activated(int) ), this, SLOT(newOnServer() ) ); m_serverError = new QSocketNotifier( m_serverfd, QSocketNotifier::Exception, this); connect(m_serverError, SIGNAL(activated(int) ), this, SLOT(errorOnServer() ) ); qWarning("done with registering"); } /** * we got the possibility to read * on the server * this is mostly due a connect * on a client side * we will accept it * add it to our list */ void OCopServer::newOnServer() { int fd = accept(); if ( fd < 0 ) return; /* * we got a successfull new connection * be happy * set SocketNotifier * connect it * and a OCOPClient */ - qWarning("Heureka new connection %d", fd ); +// qWarning("Heureka new connection %d", fd ); registerClient( fd ); } int OCopServer::accept() { /* * accept it * the socket is currently blocking IIRC */ return ::accept( m_serverfd, (struct sockaddr*)&m_address, &m_adrlaenge ); } void OCopServer::newOnClient( int fd ) { errno = 0; OCOPHead head; memset(&head, 0, sizeof(head) ); int rea = ::read(fd, &head, sizeof(head) ); //qWarning("read %d %d", rea, errno); /* * I should get EPIPE but nothing like this happens * so if rea == 0 and we were signaled by the notifier * we close it and drop the clients... */ if ( rea <= 0 ) { deregisterClient( fd ); return; } /* * OCOPHead */ //qWarning("data %s %d", &bug, rea ); /* * Check the magic * if chcked read till EOF if magic does not match * otherwise do read * channel * func * data into mem * and then send the OCOPPacket * */ if (head.magic == 47 ) { // qWarning("magic match"); QCString channel( head.chlen+1 ); QCString func( head.funclen+1 ); QByteArray data ( head.datalen+1 ); /* * we do not check for errors */ // qWarning("read "); int s = read(fd, channel.data(), head.chlen ); s = read(fd, func.data(), head.funclen ); s = read(fd, data.data(), head.datalen ); // qWarning("read"); /* debug output */ // qWarning("channel %s %d", channel.data(), head.chlen ); // qWarning("func %s %d", func.data(), head.funclen ); /* debug end */ /* * now that we got the complete body * we need to make a package * and then we need to send it to clients * making a package is done here * dispatching it not */ OCOPPacket packet( head.type, channel, func, data ); dispatch( packet, fd ); }else{ - qWarning("magic does not match"); - qWarning("magic %d", head.magic ); +// qWarning("magic does not match"); +// qWarning("magic %d", head.magic ); } } void OCopServer::registerClient( int fd ) { if (m_clients.contains(fd) ) return; QSocketNotifier* notify = new QSocketNotifier(fd, QSocketNotifier::Read, this ); connect(notify, SIGNAL(activated(int) ), this, SLOT(newOnClient(int) ) ); OCOPClient client; client.fd = fd; client.notify = notify; m_clients.insert( client.fd, client ); - qWarning("clients are up to %d", m_clients.count() ); +// qWarning("clients are up to %d", m_clients.count() ); }; void OCopServer::deregisterClient(int fd ) { QMap<int, OCOPClient>::Iterator it = m_clients.find( fd ); if (it != m_clients.end() ) { /* * TIME_ME * * now delete from all channels * go through all channels * remove the fd from the list * if count becomes 0 remove the channel * otherwise replace QArray<int> */ QMap<QCString, QValueList<int> >::Iterator it2; repeatIt: for ( it2 = m_channels.begin(); it2 != m_channels.end(); ++it2 ) { /* * The channel contains this fd */ - qWarning("Channel %s %d", it2.key().data(), it2.data().count() ); +// qWarning("Channel %s %d", it2.key().data(), it2.data().count() ); if ( it2.data().contains( fd ) ) { qWarning("contains"); QValueList<int> array = it2.data(); /* * remove channel or just replace */ if ( array.count() == 1 || array.count() == 0) { - qWarning("Invalidate!"); +// qWarning("Invalidate!"); /* is the list now invalidatet? */ m_channels.remove( it2 ); /* That is the first go to of my life * but Iterator remove( Iterator ) * does not exist * it2 = --it2; * does not work reliable too * so the only way is to reiterate :( */ goto repeatIt; }else{ - qWarning("removing count %d %d",fd, array.count() ); +// qWarning("removing count %d %d",fd, array.count() ); QValueList<int>::Iterator it3 = array.find( fd ); it3 = array.remove( it3 ); QCString key = it2.key().copy(); it2 = m_channels.replace( key, array ); } } } // off all channels OCOPClient client = it.data(); delete client.notify; m_clients.remove(fd ); close(fd ); } - qWarning("clients are now at %d", m_clients.count() ); -}; +// qWarning("clients are now at %d", m_clients.count() ); +} /** * this function will evaluate * the package and then do the appropriate thins */ void OCopServer::dispatch( const OCOPPacket& packet, int sourceFD ) { - qWarning("packet.type() == %d", packet.type() ); +// qWarning("packet.type() == %d", packet.type() ); switch( packet.type() ) { case OCOPPacket::Register: registerClient(sourceFD ); break; case OCOPPacket::Unregister: deregisterClient(sourceFD ); break; case OCOPPacket::Call: call( packet, sourceFD ); break; /* not implemented */ case OCOPPacket::Method: break; /* nit implemented */ case OCOPPacket::Reply: break; case OCOPPacket::RegisterChannel: addChannel( packet.channel() , sourceFD ); break; case OCOPPacket::UnregisterChannel: delChannel( packet.channel(), sourceFD ); break; /* not implemented */ case OCOPPacket::Return: break; /* not implemented :( */ case OCOPPacket::Signal: break; case OCOPPacket::IsRegistered: - qWarning("Server:IsRegistered %s", packet.channel().data() ); +// qWarning("Server:IsRegistered %s", packet.channel().data() ); isRegistered( packet.channel(), sourceFD ); break; }; } void OCopServer::errorOnServer() { /* * something is wrong on the server socket? * what should we do? * FIXME */ } QStringList OCopServer::channels() { QStringList list; { QMap<QCString, QValueList<int> >::Iterator it; for (it = m_channels.begin(); it != m_channels.end(); ++it ) { list << it.key(); }; } return list; } bool OCopServer::isChannelRegistered( const QCString& chan ) const{ return m_channels.contains( chan ); } void OCopServer::addChannel( const QCString& channel, int fd ) { QMap<QCString, QValueList<int> >::Iterator it; it = m_channels.find( channel ); if ( it != m_channels.end() ) { /* could be empty */ QValueList<int> list = it.data(); list.append( fd ); - qWarning("count is now in addChannel %d %s", list.count(), channel.data() ); + qWarning("Server:count is now in addChannel %d %s", list.count(), channel.data() ); it = m_channels.replace( channel, list ); }else { QValueList<int> ints; ints.append( fd ); m_channels.insert( channel, ints ); } }; void OCopServer::delChannel( const QCString& channel, int fd ) { - qWarning("remove %s, %d", channel.data(), fd ); +// qWarning("remove %s, %d", channel.data(), fd ); if (!m_channels.contains( channel ) ) return; QMap<QCString, QValueList<int> >::Iterator it; it = m_channels.find( channel ); if ( it.data().contains(fd) ) { QValueList<int> ints = it.data(); if ( ints.count() == 1 ) m_channels.remove( channel ); else{ QValueList<int> ints = it.data(); QValueList<int>::Iterator rem = ints.find( fd ); rem = ints.remove( rem ); QCString str = it.key().copy(); m_channels.replace( str, ints ); } - qWarning(" channel count is now %d", ints.count() ); +// qWarning(" channel count is now %d", ints.count() ); } } void OCopServer::isRegistered( const QCString& channel, int fd) { - qWarning("Server:isRegistered %s", channel.data() ); +// qWarning("Server:isRegistered %s", channel.data() ); OCOPHead head; QCString func(2); memset(&head, 0, sizeof(head ) ); head.magic = 47; head.type = OCOPPacket::IsRegistered; head.chlen = channel.size(); head.funclen = func.size(); head.datalen = 0; if ( isChannelRegistered( channel ) ) { //is registered func[0] = 1; - qWarning("Server:Channel is Registered %d", head.chlen); +// qWarning("Server:Channel is Registered %d", head.chlen); }else{ func[0] = 0; - qWarning("Server:Channel is NotRegistered"); +// qWarning("Server:Channel is NotRegistered"); } /** * write the head * and then channel * success/failure inside func */ write(fd, &head, sizeof(head) ); write(fd, channel.data(), channel.size() ); write(fd, func.data(), func.size() ); } QValueList<int> OCopServer::clients( const QCString& channel ) { return m_channels[channel]; } void OCopServer::call( const OCOPPacket& p, int ) { QValueList<int> cli = clients( p.channel() ); QValueList<int>::Iterator it; OCOPHead head = p.head(); for (it = cli.begin(); it != cli.end(); ++it ) { - qWarning("Server:calling %d %s %s", (*it), p.channel().data(), p.header().data() ); +// qWarning("Server:calling %d %s %s", (*it), p.channel().data(), p.header().data() ); write( (*it), &head, sizeof(head ) ); /* expl. shared! */ write( (*it), p.channel().data(), p.channel().size() ); write( (*it), p.header().data(), p.header().size() ); write( (*it), p.content().data(), p.content().size() ); }; } diff --git a/x11/libqpe-x11/qpe/qpeapplication.cpp b/x11/libqpe-x11/qpe/qpeapplication.cpp index 49115d8..c4f8f38 100644 --- a/x11/libqpe-x11/qpe/qpeapplication.cpp +++ b/x11/libqpe-x11/qpe/qpeapplication.cpp @@ -310,386 +310,386 @@ QPEApplication::QPEApplication(int &arg, char** argv, Type t) QByteArray data; while (!ds.atEnd() ) { ds >> chanel >> message >> data; d->enqueueQCop( chanel, message, data ); } flock( file.handle(), LOCK_UN ); file.close(); file.remove(); } // read in some stuff from the command line // we do not have setArgs so we need to take // care of that for ( int a = 0; a < arg; a++ ) { if ( qstrcmp( argv[a], "-preload" ) == 0 ) { d->preloaded = TRUE; }else if ( qstrcmp( argv[a ] , "-preload-show" ) == 0 ) { d->preloaded = TRUE; d->forceshow = TRUE; } } initTranslations(); applyStyle(); if ( type() == GuiServer ) ; installEventFilter( this ); QPEMenuToolFocusManager::initialize(); } void QPEApplication::initTranslations() { // Translations add it QStringList langs = Global::languageList(); for ( QStringList::ConstIterator it = langs.begin(); it != langs.end(); ++it ) { QString lang = *it; QTranslator * trans; QString tfn; trans = new QTranslator( this ); tfn = qpeDir() + "/i18n/" + lang + "/libqpe.qm"; if ( trans->load( tfn ) ) installTranslator( trans ); else delete trans; trans = new QTranslator( this ); tfn = qpeDir() + "/i18n/" + lang + "/" + d->appName + ".qm"; if ( trans->load( tfn ) ) installTranslator( trans ); else delete trans; } } QString QPEApplication::qpeDir() { const char * base = getenv( "OPIEDIR" ); if ( base ) return QString( base ) + "/"; return QString( "../" ); } QString QPEApplication::documentDir() { const char* base = getenv( "HOME"); if ( base ) return QString( base ) + "/Documents"; return QString( "../Documents" ); } void QPEApplication::applyStyle() { Config config( "qpe" ); config.setGroup( "Appearance" ); // Widget style QString style = config.readEntry( "Style", "Light" ); internalSetStyle( style ); // Colors QColor bgcolor( config.readEntry( "Background", "#E5E1D5" ) ); QColor btncolor( config.readEntry( "Button", "#D6CDBB" ) ); QPalette pal( btncolor, bgcolor ); QString color = config.readEntry( "Highlight", "#800000" ); pal.setColor( QColorGroup::Highlight, QColor( color ) ); color = config.readEntry( "HighlightedText", "#FFFFFF" ); pal.setColor( QColorGroup::HighlightedText, QColor( color ) ); color = config.readEntry( "Text", "#000000" ); pal.setColor( QColorGroup::Text, QColor( color ) ); color = config.readEntry( "ButtonText", "#000000" ); pal.setColor( QPalette::Active, QColorGroup::ButtonText, QColor( color ) ); color = config.readEntry( "Base", "#FFFFFF" ); pal.setColor( QColorGroup::Base, QColor( color ) ); pal.setColor( QPalette::Disabled, QColorGroup::Text, pal.color( QPalette::Active, QColorGroup::Background ).dark() ); setPalette( pal, TRUE ); // Font QString ff = config.readEntry( "FontFamily", font().family() ); int fs = config.readNumEntry( "FontSize", font().pointSize() ); setFont( QFont(ff, fs) ); } int QPEApplication::defaultRotation() { return 0; } void QPEApplication::setDefaultRotation(int r ) { } void QPEApplication::grabKeyboard() { QPEApplication::Private * d = ( ( QPEApplication* ) qApp ) ->d; if ( qApp->type() == QApplication::GuiServer ) d->kbgrabber = 0; else { QCopEnvelope e( "QPE/System", "grabKeyboard(QString)" ); e << d->appName; d->kbgrabber = 2; // me } } void QPEApplication::ungrabKeyboard() { QPEApplication::Private * d = ( ( QPEApplication* ) qApp ) ->d; if ( d->kbgrabber == 2 ) { QCopEnvelope e( "QPE/System", "grabKeyboard(QString)" ); e << QString::null; d->kbregrab = FALSE; d->kbgrabber = 0; } } void QPEApplication::showMainWidget( QWidget* wid, bool b) { d->show(wid, b ); } void QPEApplication::showMainDocumentWidget( QWidget* mw, bool m) { if ( mw && argc() == 2 ) Global::setDocument( mw, QString::fromUtf8(argv()[1] ) ); d->show(mw, m ); } void QPEApplication::showDialog( QDialog* d, bool nomax ) { QSize sh = d->sizeHint(); int w = QMAX(sh.width(),d->width()); int h = QMAX(sh.height(),d->height()); if ( !nomax && ( w > qApp->desktop()->width()*3/4 || h > qApp->desktop()->height()*3/4 ) ) { d->showMaximized(); } else { d->resize(w,h); d->show(); } } int QPEApplication::execDialog( QDialog* d, bool nomax) { showDialog(d,nomax); return d->exec(); } void QPEApplication::setKeepRunning() { if ( qApp && qApp->inherits( "QPEApplication" ) ) { QPEApplication * qpeApp = ( QPEApplication* ) qApp; qpeApp->d->keep_running = TRUE; } } bool QPEApplication::keepRunning()const { return d->keep_running; } bool QPEApplication::keyboardGrabbed()const { return d->kbgrabber; } int QPEApplication::exec() { /* now send the QCOP stuff gotten from the file */ d->sendQCopQ(); if ( d->keep_running ) { qWarning("going to exec"); int a = QApplication::exec(); qWarning("left"); return a; } { QCopEnvelope e( "QPE/System", "closing(QString)" ); e << d->appName; } qWarning("processing events!"); processEvents(); return 0; } void QPEApplication::internalSetStyle( const QString& ) { } -void QPEApplication::systemMessage( const QCString&, const QByteArray& ) { - +void QPEApplication::systemMessage( const QCString& chan, const QByteArray& ) { + qWarning("QPEApplication::systemMessage( %s )", chan.data() ); } void QPEApplication::pidMessage( const QCString&, const QByteArray& ) { } void QPEApplication::timerEvent( QTimerEvent* e ) { if ( e->timerId() == d->presstimer && d->presswidget ) { // Right pressed postEvent( d->presswidget, new QMouseEvent( QEvent::MouseButtonPress, d->presspos, RightButton, LeftButton ) ); killTimer( d->presstimer ); d->presstimer = 0; } } // InputMethods Hints namespace { static QPtrDict<void>* inputMethodDict = 0; static void createInputMethodDict(){ if ( !inputMethodDict ) inputMethodDict = new QPtrDict<void>; } static QPtrDict<void>* stylusDict = 0; static void createDict() { if ( !stylusDict ) stylusDict = new QPtrDict<void>; } }; void QPEApplication::setInputMethodHint( QWidget* w, InputMethodHint mode ) { createInputMethodDict(); if ( mode == Normal ) { inputMethodDict->remove ( w ); }else { inputMethodDict->insert( w, ( void* ) mode ); } } QPEApplication::InputMethodHint QPEApplication::inputMethodHint( QWidget* w) { if ( inputMethodDict && w ) return ( InputMethodHint ) ( int ) inputMethodDict->find( w ); return Normal; } void QPEApplication::removeSenderFromStylusDict() { stylusDict->remove( ( void* ) sender() ); if ( d->presswidget == sender() ) d->presswidget = 0; } void QPEApplication::setStylusOperation( QWidget* w, StylusMode mode) { createDict(); if ( mode == LeftOnly ) { stylusDict->remove ( w ); w->removeEventFilter( qApp ); }else { stylusDict->insert( w, ( void* ) mode ); connect( w, SIGNAL( destroyed() ), qApp, SLOT( removeSenderFromStylusDict() ) ); w->installEventFilter( qApp ); } } QPEApplication::StylusMode QPEApplication::stylusOperation( QWidget* w) { if ( stylusDict ) return ( StylusMode ) ( int ) stylusDict->find( w ); return LeftOnly; } // eventFilter...... bool QPEApplication::eventFilter( QObject* o, QEvent* e ) { /* * We want our WM to show Ok and a X button * on dialogs * our part is to set the _NET_WM_CONTEXT_ACCEPT * propery * and then wait for a client message -zecke * on show we will add the prop */ if (o->inherits("QDialog") && e->type() == QEvent::Show ) { QDialog* dialog = (QDialog*)o; Atom wm_prot[45]; int n = 0; wm_prot[n++] = d->wm_delete_window; wm_prot[n++] = d->wm_take_focus; wm_prot[n++] = d->wm_context_accept; if ( dialog->testWFlags( WStyle_ContextHelp ) ) wm_prot[n++] = d->wm_context_help; XSetWMProtocols( qt_xdisplay(), dialog->winId(), wm_prot, n ); return TRUE; // should be save } if ( stylusDict && e->type() >= QEvent::MouseButtonPress && e->type() <= QEvent::MouseMove ) { QMouseEvent * me = ( QMouseEvent* ) e; StylusMode mode = (StylusMode)(int)stylusDict->find(o); switch (mode) { case RightOnHold: switch ( me->type() ) { case QEvent::MouseButtonPress: if ( me->button() == LeftButton ) { d->presstimer = startTimer(500); // #### pref. d->presswidget = (QWidget*)o; d->presspos = me->pos(); d->rightpressed = FALSE; } break; case QEvent::MouseMove: if (d->presstimer && (me->pos() - d->presspos).manhattanLength() > 8) { killTimer(d->presstimer); d->presstimer = 0; } break; case QEvent::MouseButtonRelease: if ( me->button() == LeftButton ) { if ( d->presstimer ) { killTimer(d->presstimer); d->presstimer = 0; } if ( d->rightpressed && d->presswidget ) { // Right released postEvent( d->presswidget, new QMouseEvent( QEvent::MouseButtonRelease, me->pos(), RightButton, LeftButton + RightButton ) ); // Left released, off-widget postEvent( d->presswidget, new QMouseEvent( QEvent::MouseMove, QPoint( -1, -1), LeftButton, LeftButton ) ); postEvent( d->presswidget, new QMouseEvent( QEvent::MouseButtonRelease, QPoint( -1, -1), LeftButton, LeftButton ) ); d->rightpressed = FALSE; return TRUE; // don't send the real Left release } } break; default: break; } break; default: ; } } else if ( e->type() == QEvent::KeyPress || e->type() == QEvent::KeyRelease ) { QKeyEvent *ke = (QKeyEvent *)e; if ( ke->key() == Key_Enter ) { if ( o->isA( "QRadioButton" ) || o->isA( "QCheckBox" ) ) { postEvent( o, new QKeyEvent( e->type(), Key_Space, ' ', ke->state(), " ", ke->isAutoRepeat(), ke->count() ) ); return TRUE; } } } return FALSE; } // Quit stuff void QPEApplication::restart() { } void QPEApplication::shutdown() { } void QPEApplication::tryQuit() { qWarning("TryQuit!!"); if ( activeModalWidget() || strcmp( argv() [ 0 ], "embeddedkonsole" ) == 0 ) return ; // Inside modal loop or konsole. Too hard to save state. { QCopEnvelope e( "QPE/System", "closing(QString)" ); e << d->appName; } processEvents(); quit(); } void QPEApplication::hideOrQuit() { qWarning("hide or close"); processEvents(); qWarning("past processing"); // If we are a preloaded application we don't actually quit, so emit // a System message indicating we're quasi-closing. if ( d->preloaded && d->qpe_main_widget ) { qWarning("hiding"); QCopEnvelope e("QPE/System", "fastAppHiding(QString)" ); e << d->appName; d->qpe_main_widget->hide(); } else quit(); } diff --git a/x11/libqpe-x11/qt/qcopchannel_qws.cpp b/x11/libqpe-x11/qt/qcopchannel_qws.cpp index 1cea80c..706756e 100644 --- a/x11/libqpe-x11/qt/qcopchannel_qws.cpp +++ b/x11/libqpe-x11/qt/qcopchannel_qws.cpp @@ -1,76 +1,83 @@ #include "../../ipc/client/ocopclient.h" #include <qcopchannel_qws.h> QList<QCopChannel>* QCopChannel::m_list = 0; QMap<QCString, int> QCopChannel::m_refCount; QCopChannel::QCopChannel( const QCString& channel, QObject* parent, const char* name ) : QObject( parent, name ),m_chan(channel) { if (!m_list ) { m_list = new QList<QCopChannel>; /* only connect once */ connect(OCOPClient::self(), SIGNAL(called(const QCString&, const QCString&, const QByteArray& ) ), this, SLOT(rev(const QCString&, const QCString&, const QByteArray&) ) ); } /* first registration or ref count is 0 for m_chan*/ if (!m_refCount.contains( m_chan ) || !m_refCount[m_chan] ) { + qWarning("adding channel %s", m_chan.data() ); m_refCount[m_chan] = 1; OCOPClient::self()->addChannel( m_chan ); - }else + }else{ + qWarning("reffing up for %s %d", m_chan.data(), m_refCount[m_chan] ); m_refCount[m_chan]++; + } m_list->append(this); } void QCopChannel::receive( const QCString& msg, const QByteArray& ar ) { emit received( msg, ar ); } QCopChannel::~QCopChannel() { if (m_refCount[m_chan] == 1 ) { OCOPClient::self()->delChannel( m_chan ); m_refCount[m_chan] = 0; }else m_refCount[m_chan]--; m_list->remove(this); if (m_list->count() == 0 ) { delete m_list; m_list = 0; } } QCString QCopChannel::channel()const { return m_chan; } -bool QCopChannel::isRegistered( const QCString& chan) {; +bool QCopChannel::isRegistered( const QCString& chan) { + if (m_refCount.contains(chan) ) { + qDebug("Client:locally contains"); + return true; + } return OCOPClient::self()->isRegistered( chan ); } bool QCopChannel::send( const QCString& chan, const QCString& msg ) { QByteArray ar; return send(chan, msg, ar ); } bool QCopChannel::send( const QCString& chan, const QCString& msg, const QByteArray& ar ) { OCOPClient::self()->send( chan, msg, ar ); return true; } bool QCopChannel::sendLocally( const QCString& chann, const QCString& msg, const QByteArray& ar ) { qWarning("Client:sendLocally %s %s", chann.data(), msg.data() ); if (!m_list ) return true; QCopChannel* chan; for ( chan = m_list->first(); chan; chan = m_list->next() ) { if ( chan->channel() == chann ) chan->receive( msg, ar ); } return true; } void QCopChannel::rev( const QCString& chan, const QCString& msg, const QByteArray& ar ) { sendLocally( chan, msg, ar ); } |