| -rw-r--r-- | noncore/settings/netsystemtime/mainwindow.cpp | 5 |
1 files changed, 3 insertions, 2 deletions
diff --git a/noncore/settings/netsystemtime/mainwindow.cpp b/noncore/settings/netsystemtime/mainwindow.cpp index ab71463..85a46b7 100644 --- a/noncore/settings/netsystemtime/mainwindow.cpp +++ b/noncore/settings/netsystemtime/mainwindow.cpp @@ -44,360 +44,361 @@ #include <qpe/qcopenvelope_qws.h> #endif #include <qlayout.h> #include <qmessagebox.h> #include <qsocket.h> #include <qstring.h> #include <qtimer.h> MainWindow::MainWindow() : QDialog( 0x0, 0x0, TRUE, 0 ) { setCaption( tr( "SystemTime" ) ); QVBoxLayout *layout = new QVBoxLayout( this ); layout->setMargin( 2 ); layout->setSpacing( 4 ); // Create main tabbed control mainWidget = new OTabWidget( this ); // Default object pointers to null ntpProcess = 0x0; ntpTab = 0x0; // Add tab widgets mainWidget->addTab( timeTab = new TimeTabWidget( mainWidget ), "netsystemtime/DateTime", tr( "Time" ) ); mainWidget->addTab( formatTab = new FormatTabWidget( mainWidget ), "netsystemtime/formattab", tr( "Format" ) ); mainWidget->addTab( settingsTab = new SettingsTabWidget( mainWidget ), "SettingsIcon", tr( "Settings" ) ); mainWidget->addTab( predictTab = new PredictTabWidget( mainWidget ), "netsystemtime/predicttab", tr( "Predict" ) ); Config config( "ntp" ); config.setGroup( "settings" ); slotDisplayNTPTab( config.readBoolEntry( "displayNtpTab", FALSE ) ); slotDisplayPredictTab( config.readBoolEntry( "displayPredictTab", FALSE ) ); mainWidget->setCurrentTab( tr( "Time" ) ); layout->addWidget( mainWidget ); // Create QCOP channel QCopChannel *channel = new QCopChannel( "QPE/Application/netsystemtime", this ); connect( channel, SIGNAL(received(const QCString&, const QByteArray&)), this, SLOT(slotQCopReceive(const QCString&, const QByteArray&)) ); // Create NTP socket ntpSock = new QSocket( this ); connect( ntpSock, SIGNAL(error(int)),SLOT(slotCheckNtp(int)) ); slotProbeNTPServer(); // Create timer for automatic time lookups ntpTimer = new QTimer( this ); // Connect everything together connect( timeTab, SIGNAL(getNTPTime()), this, SLOT(slotGetNTPTime()) ); connect( timeTab, SIGNAL(tzChanged(const QString &)), predictTab, SLOT(slotTZChanged(const QString &)) ); connect( timeTab, SIGNAL(getPredictedTime()), predictTab, SLOT(slotSetPredictedTime()) ); connect( formatTab, SIGNAL(show12HourTime(int)), timeTab, SLOT(slotUse12HourTime( int )) ); connect( formatTab, SIGNAL(dateFormatChanged(const DateFormat &)), timeTab, SLOT(slotDateFormatChanged(const DateFormat &)) ); connect( formatTab, SIGNAL(weekStartChanged(int)), timeTab, SLOT(slotWeekStartChanged(int)) ); connect( settingsTab, SIGNAL(ntpDelayChanged(int)), this, SLOT(slotNTPDelayChanged(int)) ); connect( settingsTab, SIGNAL(displayNTPTab(bool)), this, SLOT(slotDisplayNTPTab(bool)) ); connect( settingsTab, SIGNAL(displayPredictTab(bool)), this, SLOT(slotDisplayPredictTab(bool)) ); connect( predictTab, SIGNAL(setTime(const QDateTime &)), this, SLOT(slotSetTime(const QDateTime &)) ); // Do initial time server check slotNTPDelayChanged( config.readNumEntry( "ntpRefreshFreq", 1440 ) ); slotCheckNtp( -1 ); // Display app showMaximized(); } MainWindow::~MainWindow() { if ( ntpProcess ) delete ntpProcess; } void MainWindow::accept() { // Turn off the screensaver (Note: needs to be encased in { } so that it deconstructs and sends) { QCopEnvelope disableScreenSaver( "QPE/System", "setScreenSaverIntervals(int,int,int)" ); disableScreenSaver << 0 << 0 << 0; } // Update the systemtime timeTab->saveSettings( TRUE ); // Save format options formatTab->saveSettings( TRUE ); // Save settings options settingsTab->saveSettings(); // Since time has changed quickly load in the DateBookDB to allow the alarm server to get a better // grip on itself (example re-trigger alarms for when we travel back in time). DateBookDB db; // Turn back on the screensaver QCopEnvelope enableScreenSaver( "QPE/System", "setScreenSaverIntervals(int,int,int)" ); enableScreenSaver << -1 << -1 << -1; // Exit app qApp->quit(); } void MainWindow::reject() { // Reset time settings timeTab->saveSettings( FALSE ); // Send notifications but do not save settings formatTab->saveSettings( FALSE ); // Exit app qApp->quit(); } void MainWindow::runNTP() { if ( !ntpDelayElapsed() && ntpInteractive ) { QString msg = tr( "You asked for a delay of " ); msg.append( QString::number( ntpDelay ) ); msg.append( tr( " minutes, but only " ) ); msg.append( QString::number( _lookupDiff / 60 ) ); msg.append( tr(" minutes elapsed since last lookup.<br>Continue?") ); + + QString msg = tr( "You asked for a delay of %1 minutes, but only %2 minutes elapsed since last lookup.<br>Continue?" ).arg( QString::number( ntpDelay ) ).arg( QString::number( _lookupDiff / 60 ) ); switch ( QMessageBox::warning( this, tr( "Continue?" ), msg, QMessageBox::Yes, QMessageBox::No ) ) { case QMessageBox::Yes: break; case QMessageBox::No: return; default: return; } } QString srv = settingsTab->ntpServer(); // Send information to time server tab if enabled if ( ntpTabEnabled ) { ntpTab->setStartTime( QDateTime::currentDateTime().toString() ); QString output = tr( "Running:\nntpdate " ); output.append( srv ); ntpTab->addNtpOutput( output ); } if ( !ntpProcess ) { ntpProcess = new OProcess(); connect( ntpProcess, SIGNAL(receivedStdout(OProcess*,char*,int)), this, SLOT(slotNtpOutput(OProcess*,char*,int)) ); connect( ntpProcess, SIGNAL(processExited(OProcess*)), this, SLOT(slotNtpFinished(OProcess*)) ); } else ntpProcess->clearArguments(); *ntpProcess << "ntpdate" << srv; bool ret = ntpProcess->start( OProcess::NotifyOnExit, OProcess::AllOutput ); if ( !ret ) { QMessageBox::critical( this, tr( "Error" ), tr( "Error while getting time from network." ) ); if ( ntpTabEnabled ) ntpTab->addNtpOutput( tr( "Error while executing ntpdate" ) ); } } bool MainWindow::ntpDelayElapsed() { // Determine if time elapsed is greater than time delay Config config( "ntp" ); config.setGroup( "lookups" ); _lookupDiff = TimeConversion::toUTC( QDateTime::currentDateTime() ) - config.readNumEntry( "time", 0 ); if ( _lookupDiff < 0 ) return true; return ( _lookupDiff - ( ntpDelay * 60) ) > 0; } void MainWindow::slotSetTime( const QDateTime &dt ) { timeTab->setDateTime( dt ); } void MainWindow::slotQCopReceive( const QCString &msg, const QByteArray & ) { if ( msg == "ntpLookup(QString)" ) { ntpInteractive = false; runNTP(); } if ( msg == "setPredictedTime(QString)" ) { //setPredictTime(); } } void MainWindow::slotDisplayNTPTab( bool display ) { ntpTabEnabled = display; // Create widget if it hasn't needed if ( display && !ntpTab ) { ntpTab = new NTPTabWidget( mainWidget ); connect( ntpTab, SIGNAL(getNTPTime()), this, SLOT(slotGetNTPTime()) ); } // Display/hide tab display ? mainWidget->addTab( ntpTab, "netsystemtime/ntptab", tr( "Time Server" ) ) : mainWidget->removePage( ntpTab ); } void MainWindow::slotDisplayPredictTab( bool display ) { predictTabEnabled = display; // Create widget if it hasn't needed if ( display && !predictTab ) { } // Display/hide tab display ? mainWidget->addTab( predictTab, "netsystemtime/predicttab", tr( "Predict" ) ) : mainWidget->removePage( predictTab ); } void MainWindow::slotGetNTPTime() { ntpInteractive = TRUE; runNTP(); } void MainWindow::slotTimerGetNTPTime() { ntpInteractive = FALSE; runNTP(); } void MainWindow::slotProbeNTPServer() { ntpSock->connectToHost( settingsTab->ntpServer(), 123 ); } void MainWindow::slotNtpOutput( OProcess *, char *buffer, int buflen ) { QString output = QString( buffer ).left( buflen ); ntpOutput.append( output ); if ( ntpTabEnabled ) ntpTab->addNtpOutput( output ); } void MainWindow::slotNtpFinished( OProcess *p ) { QString output; QDateTime dt = QDateTime::currentDateTime(); // Verify run was successful if ( p->exitStatus() != 0 || !p->normalExit() ) { if ( isVisible() && ntpInteractive ) { output = tr( "Error while getting time from\n server: " ); output.append( settingsTab->ntpServer() ); QMessageBox::critical(this, tr( "Error" ), output ); } // slotCheckNtp(-1); return; } // Set controls on time tab to new time value timeTab->setDateTime( dt ); // Write out lookup information Config config( "ntp" ); config.setGroup( "lookups" ); int lastLookup = config.readNumEntry( "time", 0 ); int lookupCount = config.readNumEntry( "count", 0 ); bool lastNtp = config.readBoolEntry( "lastNtp", FALSE ); int time = TimeConversion::toUTC( QDateTime::currentDateTime() ); config.writeEntry( "time", time ); // Calculate new time/time shift QString _offset = "offset"; QString _sec = "sec"; QRegExp _reOffset = QRegExp( _offset ); QRegExp _reEndOffset = QRegExp( _sec ); int posOffset = _reOffset.match( ntpOutput ); int posEndOffset = _reEndOffset.match( ntpOutput, posOffset ); posOffset += _offset.length() + 1; QString diff = ntpOutput.mid( posOffset, posEndOffset - posOffset - 1 ); float timeShift = diff.toFloat(); if ( timeShift == 0.0 ) return; int secsSinceLast = time - lastLookup; - output = QString::number( timeShift ); - output.append( tr( " seconds" ) ); + output = tr( "%1 seconds").arg(QString::number( timeShift )); // Display information on time server tab if ( ntpTabEnabled ) { ntpTab->setTimeShift( output ); ntpTab->setNewTime( dt.toString() ); } if ( lastNtp && lastLookup > 0 && secsSinceLast > 60 * ntpDelay ) { QString grpname = QString( "lookup_" ).append( QString::number( lookupCount ) ); config.setGroup( grpname ); lookupCount++; predictTab->setShiftPerSec( timeShift / secsSinceLast ); config.writeEntry( "secsSinceLast", secsSinceLast ); config.writeEntry( "timeShift", QString::number( timeShift ) ); config.setGroup( "lookups" ); config.writeEntry( "count", lookupCount ); config.writeEntry( "lastNtp", TRUE ); } } void MainWindow::slotNTPDelayChanged( int delay ) { ntpTimer->changeInterval( delay * 1000 * 60 ); ntpDelay = delay; } void MainWindow::slotCheckNtp( int i ) { if ( i == 0 ) { if ( ntpDelayElapsed() ) { runNTP(); disconnect( ntpTimer, SIGNAL(timeout()), this, SLOT(slotProbeNTPServer()) ); connect( ntpTimer, SIGNAL(timeout()), SLOT(slotTimerGetNTPTime()) ); } else { disconnect(ntpTimer, SIGNAL(timeout()), this, SLOT(slotTimerGetNTPTime()) ); connect(ntpTimer, SIGNAL(timeout()), SLOT(slotProbeNTPServer()) ); } } else { predictTab->slotPredictTime(); if ( i > 0 ) { QString output = tr( "Could not connect to server " ); output.append( settingsTab->ntpServer() ); ntpOutput.append( output ); if ( ntpTabEnabled ) ntpTab->addNtpOutput( output ); } connect( ntpTimer, SIGNAL(timeout()), SLOT(slotProbeNTPServer()) ); } } |