/*************************************************************************** * Copyright Brian Ledbetter 2001-2003 <brian@shadowcom.net> * * Copyright Ravikiran Rajagopal 2003 <ravi@kde.org> * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License (version 2) as * * published by the Free Software Foundation. (The original KSplash/ML * * codebase (upto version 0.95.3) is BSD-licensed.) * * * ***************************************************************************/ #include <unistd.h> #include <tdeapplication.h> #include <tdeconfig.h> #include <kcursor.h> #include <kdebug.h> #include <kiconloader.h> #include <klibloader.h> #include <tdelocale.h> #include <tdemessagebox.h> #include <kstandarddirs.h> #include <ktrader.h> #include <twin.h> #include <dcopclient.h> #include <tqdir.h> #include <tqpixmap.h> #include <tqtimer.h> #include "objkstheme.h" #include "wndmain.h" #include "wndmain.moc" #include "themeengine.h" #include "themelegacy.h" // KSplash::KSplash(): This is a hidden object. Its sole purpose // is to manage the other objects, which are presented on the screen. KSplash::KSplash(const char *name) : DCOPObject( name ), TQWidget( 0, name, (WFlags)(WStyle_Customize|WStyle_NoBorder|WX11BypassWM) ), mState( 0 ), mMaxProgress( 0 ), mStep( 0 ) { hide(); // We never show this object. mThemeLibName = TQString::null; mSessMgrCalled = false; mTimeToGo = false; TDEConfig * config = kapp->config(); slotReadProperties(config); prepareSplashScreen(); prepareIconList(); mCurrentAction = mActionList.first(); config->setGroup( "General" ); if ( config->readBoolEntry( "CloseOnClick", TRUE ) ) mThemeEngine->installEventFilter( this ); connect( mThemeEngine, TQT_SIGNAL(destroyed()), this, TQT_SLOT(close()) ); connect( this, TQT_SIGNAL(stepsChanged(int)), TQT_SLOT(slotUpdateSteps(int)) ); connect( this, TQT_SIGNAL(progressChanged(int)), TQT_SLOT(slotUpdateProgress(int)) ); if( mKsTheme->testing() ) { slotUpdateSteps(7); TQTimer::singleShot( 1000, this, TQT_SLOT(slotExec())); } else TQTimer::singleShot( 100, this, TQT_SLOT(initDcop())); // Make sure we don't stay up forever. if (!mKsTheme->managedMode()) { close_timer = new TQTimer( this ); connect( close_timer, TQT_SIGNAL( timeout() ), this, TQT_SLOT( close() ) ); close_timer->start( 60000, TRUE ); } } KSplash::~KSplash() { delete mThemeEngine; delete mKsTheme; delete close_timer; if (!mThemeLibName.isEmpty()) KLibLoader::self()->unloadLibrary( mThemeLibName.latin1() ); } void KSplash::slotReadProperties( TDEConfig *config ) { TDECmdLineArgs *arg = TDECmdLineArgs::parsedArgs(); mTheme = arg->getOption("theme"); if (mTheme.isEmpty()) { config->setGroup( "KSplash" ); mTheme = config->readEntry( "Theme", "Default" ); } loadTheme( mTheme ); // Guaranteed to return a valid theme. } void KSplash::prepareIconList() { // Managed mode icons are specified via DCOP. if( mKsTheme->managedMode() ) return; slotInsertAction( mKsTheme->icon( 1 ), mKsTheme->text( 1 ) ); mCurrentAction = mActionList.first(); slotSetText( mCurrentAction->ItemText ); slotSetTextIndex( mActionList.find(mCurrentAction) ); slotSetPixmap( mCurrentAction->ItemPixmap ); emit progressChanged( mStep ); for (int indx = 2; indx <= 8; indx++) slotInsertAction( mKsTheme->icon( indx ), mKsTheme->text( indx ) ); } void KSplash::prepareSplashScreen() { mThemeEngine->show(); } void KSplash::slotInsertAction( const TQString& pix, const TQString& msg ) { Action *a = new Action; a->ItemText = msg; a->ItemPixmap = pix; mActionList.append( a ); } void KSplash::slotExec() { TQTimer::singleShot( 200, this, TQT_SLOT(nextIcon())); } void KSplash::nextIcon() { if( !mCurrentAction || mTimeToGo ) { TQTimer::singleShot( 1000, this, TQT_SLOT(close())); return; } mCurrentAction = mActionList.next(); if( mCurrentAction ) { slotSetText( mCurrentAction->ItemText ); slotSetTextIndex( mActionList.find(mCurrentAction) ); slotSetPixmap( mCurrentAction->ItemPixmap ); emit progressChanged( ++mStep ); } if( mKsTheme->testing() ) TQTimer::singleShot( 1000, this, TQT_SLOT(nextIcon())); } void KSplash::initDcop() { disconnect( kapp->dcopClient(), TQT_SIGNAL( attachFailed(const TQString&) ), kapp, TQT_SLOT( dcopFailure(const TQString&) ) ); if ( kapp->dcopClient()->isAttached() ) return; if ( kapp->dcopClient()->attach() ) { if(!mKsTheme->managedMode()) upAndRunning( "dcop" ); kapp->dcopClient()->registerAs( "ksplash", false ); kapp->dcopClient()->setDefaultObject( objId() ); } else { TQTimer::singleShot( 100, this, TQT_SLOT(initDcop()) ); } } void KSplash::updateState( unsigned int state ) { // The whole state updating in ksplashml is simply weird, // nextIcon() and also the themes naively assume all states // will come, and will come in the expected order, which // is not guaranteed, and can happen easily with faster machines. // And upAndRunning() even is written to handle it gracefully. while( state > mState ) { ++mState; nextIcon(); } } // For KDE startup only. void KSplash::upAndRunning( TQString s ) { // This code is written to match ksmserver. Touch it without knowing // what you are doing and prepare to bite the dust. bool update = true; static bool firstTime = true; if (firstTime) { emit stepsChanged(7); firstTime = false; } if ( close_timer->isActive() ) close_timer->start( 60000, TRUE ); if( s == "dcop" ) { if( mState > 1 ) return; updateState( 1 ); mStep = 1; } else if( s == "kded" ) { if( mState > 2 ) return; updateState( 2 ); mStep = 2; } else if( s == "kcminit" ) ; // No icon else if( s == "ksmserver" ) { if( mState > 3 ) return; updateState( 3 ); mStep = 3; } else if( s == "wm started" ) { if( mState > 4 ) return; updateState( 4 ); mStep = 4; } else if( s == "kdesktop" ) { if( mState > 5 ) return; updateState( 5 ); mStep = 5; } else if( s == "kicker" || s == "session ready" ) { updateState( 7 ); mStep = 9; //if(!mSessMgrCalled) emit nextIcon(); mTimeToGo = true; close_timer->stop(); TQTimer::singleShot( 1000, this, TQT_SLOT(close())); } else { kdDebug() << "KSplash::upAndRunning(): bad s: " << s << endl; update = false; } } // For KDE startup only. void KSplash::setMaxProgress(int max) { if( max < 1 ) max = 1; if( mThemeEngine && mState >= 6 ) // show the progressbar only after kicker is ready mThemeEngine->slotUpdateSteps( max ); mMaxProgress = max; } // For KDE startup only. void KSplash::setProgress(int step) { if( mThemeEngine ) mThemeEngine->slotUpdateProgress( mMaxProgress - step ); } /* * When a program starts, it sends a generic signal to KSplash indicating * (a) which icon is to be displayed to the user //OR// a generic token-name * indicating that KSplash can load a pre-configured icon, (b) the textual * name of the process being started, and (c) a description of what the * process is handling. Some examples: * * programStarted( TQString("desktop"), TQString("kdesktop"), TQString("Preparing your desktop...")); */ void KSplash::programStarted( TQString icon, TQString name, TQString desc ) { if (mTimeToGo) return; // No isEmpty() here: empty strings are handled by the plugins and can be passed to update the counter. if (name.isNull() && icon.isNull() && desc.isNull()) return; slotInsertAction( icon, desc ); mCurrentAction = mActionList.next(); slotSetText( desc ); slotSetPixmap( icon ); emit progressChanged( ++mStep ); } void KSplash::setStartupItemCount( int count ) { emit stepsChanged( count ); emit progressChanged( mStep ); } void KSplash::startupComplete() { mTimeToGo = true; TQTimer::singleShot( 1000, this, TQT_SLOT(close())); } void KSplash::close() { TQWidget::close(); #ifdef USE_QT4 exit(0); #endif // USE_QT4 } void KSplash::hide() { TQWidget::hide(); } void KSplash::show() { TQWidget::show(); } // Guaranteed to return a valid theme. void KSplash::loadTheme( const TQString& theme ) { mKsTheme = new ObjKsTheme( theme ); // kdDebug() << "KSplash::loadTheme: " << theme << " : "<< mKsTheme->themeEngine() << endl; mThemeEngine = _loadThemeEngine( mKsTheme->themeEngine(), theme ); if (!mThemeEngine) { mThemeEngine = new ThemeDefault( this, "", theme ); kdDebug() << "Standard theme loaded." << endl; } // The theme engine we get may not be the theme engine we requested. delete mKsTheme; mKsTheme = mThemeEngine->ksTheme(); } ThemeEngine *KSplash::_loadThemeEngine( const TQString& pluginName, const TQString& theme ) { // Since we may be called before the DCOP server is active, we cannot use the TDETrader framework for obtaining plugins. In its // place, we use the following naive heuristic to locate plugins. If we are not in managed mode, and we are not in testing mode // either, we assume that we have been called by starttde. In this case, we simply try to load the library whose name should // conform to the following specification: // TQString("ksplash") + pluginName.lower() // The object should be called as follows: // TQString("Theme") + pluginName KLibFactory *factory = 0L; TQString libName; TQString objName; // Replace this test by a "nodcop" command line option. if ( /*!mKsTheme->managedMode() ||*/ !TDECmdLineArgs::parsedArgs()->isSet( "dcop" ) ) { libName = TQString("ksplash%1").arg(pluginName.lower()); objName = TQString("Theme%1").arg(pluginName); // kdDebug() << "*KSplash::_loadThemeEngine: Loading " << objName << " from " << libName << endl; // libname.latin1() instead of TQFile::encodeName() because these are not user-modifiable files. if ( (factory = KLibLoader::self()->factory ( libName.latin1() )) ) mThemeLibName = libName; } else { // Fancier way of locating plugins. KService::List list= TDETrader::self()->query("KSplash/Plugin", TQString("[X-KSplash-PluginName] == '%1'").arg(pluginName)); KService::Ptr ptr; if (!list.isEmpty()) { ptr = list.first(); // libname.latin1() instead of TQFile::encodeName() because these are not user-modifiable files. if( (factory = KLibLoader::self()->factory( ptr->library().latin1() )) ) { mThemeLibName = ptr->library(); objName = ptr->property("X-KSplash-ObjectName").toString(); } } } if (factory) { TQStringList themeTitle; themeTitle << theme; return static_cast<ThemeEngine *>(TQT_TQWIDGET(factory->create(TQT_TQOBJECT(this), "theme", objName.latin1(), themeTitle))); } else return 0L; } void KSplash::slotSetText( const TQString& s ) { if( mThemeEngine ) mThemeEngine->slotSetText( s ); } void KSplash::slotSetTextIndex( const int i ) { if( mThemeEngine ) mThemeEngine->slotSetTextIndex( i ); } void KSplash::slotSetPixmap( const TQString& px ) { if( mThemeEngine ) mThemeEngine->slotSetPixmap( px ); } void KSplash::slotUpdateSteps( int ) { // ?? } void KSplash::slotUpdateProgress( int ) { // ?? } TQPtrList<Action> KSplash::actionList() { return mActionList; } bool KSplash::eventFilter( TQObject *o, TQEvent *e ) { if ( ( e->type() == TQEvent::MouseButtonRelease ) && ( TQT_BASE_OBJECT(o) == TQT_BASE_OBJECT(mThemeEngine) ) ) { TQTimer::singleShot( 0, this, TQT_SLOT(close())); return TRUE; } else return FALSE; }