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knemo/src/knemod/interface.cpp

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/* This file is part of KNemo
Copyright (C) 2004, 2006 Percy Leonhardt <percy@eris23.de>
KNemo is free software; you can redistribute it and/or modify
it under the terms of the GNU Library General Public License as
published by the Free Software Foundation; either version 2 of
the License, or (at your option) any later version.
KNemo is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Library General Public License for more details.
You should have received a copy of the GNU Library General Public License
along with this library; see the file COPYING.LIB. If not, write to
the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
Boston, MA 02110-1301, USA.
*/
#include <tqtimer.h>
#include <tqpixmap.h>
#include <twin.h>
#include <kdebug.h>
#include <klocale.h>
#include <twinmodule.h>
#include <kiconloader.h>
#include "interface.h"
#include "signalplotter.h"
#include "interfacestatistics.h"
#include "interfacestatusdialog.h"
#include "interfacestatisticsdialog.h"
Interface::Interface( TQString ifname,
const GeneralData& generalData,
const PlotterSettings& plotterSettings )
: TQObject(),
mType( UNKNOWN_TYPE ),
mState( UNKNOWN_STATE ),
mOutgoingPos( 0 ),
mIncomingPos( 0 ),
mName( ifname ),
mPlotterTimer( 0 ),
mIcon( this ),
mStatistics( 0 ),
mStatusDialog( 0 ),
mStatisticsDialog( 0 ),
mPlotter( 0 ),
mVisibleBeams( NONE ),
mGeneralData( generalData ),
mPlotterSettings( plotterSettings )
{
connect( &mMonitor, TQT_SIGNAL( statusChanged( int ) ),
&mIcon, TQT_SLOT( updatetqStatus( int ) ) );
connect( &mMonitor, TQT_SIGNAL( available( int ) ),
&mIcon, TQT_SLOT( updateTraytqStatus( int ) ) );
connect( &mMonitor, TQT_SIGNAL( notAvailable( int ) ),
&mIcon, TQT_SLOT( updateTraytqStatus( int ) ) );
connect( &mMonitor, TQT_SIGNAL( notExisting( int ) ),
&mIcon, TQT_SLOT( updateTraytqStatus( int ) ) );
connect( &mMonitor, TQT_SIGNAL( available( int ) ),
this, TQT_SLOT( setStartTime( int ) ) );
connect( &mMonitor, TQT_SIGNAL( statusChanged( int ) ),
this, TQT_SLOT( resetData( int ) ) );
connect( &mIcon, TQT_SIGNAL( statisticsSelected() ),
this, TQT_SLOT( showStatisticsDialog() ) );
}
Interface::~Interface()
{
if ( mStatusDialog != 0 )
{
delete mStatusDialog;
}
if ( mPlotter != 0 )
{
delete mPlotter;
}
if ( mPlotterTimer != 0 )
{
mPlotterTimer->stop();
delete mPlotterTimer;
}
if ( mStatistics != 0 )
{
// this will also delete a possibly open statistics dialog
stopStatistics();
}
}
void Interface::configChanged()
{
// UNKNOWN_STATE to avoid notification
mIcon.updateTraytqStatus( UNKNOWN_STATE );
// handle changed iconset by user
mIcon.updatetqStatus( mState );
mIcon.updateToolTip();
mIcon.updateMenu();
if ( mPlotter != 0L )
{
configurePlotter();
}
if ( mStatistics != 0 )
{
mStatistics->configChanged();
}
if ( mSettings.activateStatistics && mStatistics == 0 )
{
// user turned on statistics
startStatistics();
}
else if ( !mSettings.activateStatistics && mStatistics != 0 )
{
// user turned off statistics
stopStatistics();
}
if ( mStatusDialog )
{
mStatusDialog->setStatisticsGroupEnabled( mSettings.activateStatistics );
}
}
void Interface::activateMonitor()
{
mMonitor.checktqStatus( this );
}
void Interface::setStartTime( int )
{
mStartTime.setDate( TQDate::tqcurrentDate() );
mStartTime.setTime( TQTime::currentTime() );
}
void Interface::showStatusDialog()
{
// Toggle the status dialog.
// First click will show the status dialog, second will hide it.
if ( mStatusDialog == 0L )
{
mStatusDialog = new InterfaceStatusDialog( this );
connect( &mMonitor, TQT_SIGNAL( available( int ) ),
mStatusDialog, TQT_SLOT( enableNetworkGroups( int ) ) );
connect( &mMonitor, TQT_SIGNAL( notAvailable( int ) ),
mStatusDialog, TQT_SLOT( disableNetworkGroups( int ) ) );
connect( &mMonitor, TQT_SIGNAL( notExisting( int ) ),
mStatusDialog, TQT_SLOT( disableNetworkGroups( int ) ) );
if ( mStatistics != 0 )
{
connect( mStatistics, TQT_SIGNAL( currentEntryChanged() ),
mStatusDialog, TQT_SLOT( statisticsChanged() ) );
mStatusDialog->statisticsChanged();
}
activateOrHide( mStatusDialog, true );
}
else
{
// Toggle the status dialog.
activateOrHide( mStatusDialog );
}
}
void Interface::showSignalPlotter( bool wasMiddleButton )
{
// No plotter, create it.
if ( mPlotter == 0L )
{
mPlotter = new SignalPlotter( 0L, mName.local8Bit() );
mPlotter->setIcon( SmallIcon( "knemo" ) );
mPlotter->setCaption( mName + " " + i18n( "Traffic" ) );
mPlotter->setTitle( mName );
configurePlotter();
activateOrHide( mPlotter, true );
mPlotterTimer = new TQTimer();
connect( mPlotterTimer, TQT_SIGNAL( timeout() ),
this, TQT_SLOT( updatePlotter() ) );
mPlotterTimer->start( 1000 );
}
else
{
if ( wasMiddleButton )
{
// Toggle the signal plotter.
activateOrHide( mPlotter );
}
else
{
// Called from the context menu, show the dialog.
activateOrHide( mPlotter, true );
}
}
}
void Interface::showStatisticsDialog()
{
if ( mStatisticsDialog == 0 )
{
mStatisticsDialog = new InterfaceStatisticsDialog( this );
if ( mStatistics == 0 )
{
// should never happen but you never know...
startStatistics();
}
connect( mStatistics, TQT_SIGNAL( dayStatisticsChanged() ),
mStatisticsDialog, TQT_SLOT( updateDays() ) );
connect( mStatistics, TQT_SIGNAL( monthStatisticsChanged() ),
mStatisticsDialog, TQT_SLOT( updateMonths() ) );
connect( mStatistics, TQT_SIGNAL( yearStatisticsChanged() ),
mStatisticsDialog, TQT_SLOT( updateYears() ) );
connect( mStatistics, TQT_SIGNAL( currentEntryChanged() ),
mStatisticsDialog, TQT_SLOT( updateCurrentEntry() ) );
connect( mStatisticsDialog, TQT_SIGNAL( clearDailyStatisticsClicked() ),
mStatistics, TQT_SLOT( clearDayStatistics() ) );
connect( mStatisticsDialog, TQT_SIGNAL( clearMonthlyStatisticsClicked() ),
mStatistics, TQT_SLOT( clearMonthStatistics() ) );
connect( mStatisticsDialog, TQT_SIGNAL( clearYearlyStatisticsClicked() ),
mStatistics, TQT_SLOT( clearYearStatistics() ) );
mStatisticsDialog->updateDays();
mStatisticsDialog->updateMonths();
mStatisticsDialog->updateYears();
}
mStatisticsDialog->show();
}
void Interface::resetData( int state )
{
// For PPP interfaces we will reset all data to zero when the
// interface gets disconnected. If the driver also resets its data
// (like PPP seems to do) we will start from zero for every new
// connection.
if ( mType == PPP &&
( state == NOT_AVAILABLE ||
state == NOT_EXISTING ) )
{
mData.prevTxBytes = mData.txBytes = 0;
mData.prevRxBytes = mData.rxBytes = 0;
mData.prevTxPackets = mData.txPackets = 0;
mData.prevRxPackets = mData.rxPackets = 0;
}
}
void Interface::updatePlotter()
{
if ( mPlotter )
{
double outgoingBytes = mData.outgoingBytes / 1024.0 / (double) mGeneralData.pollInterval;
double incomingBytes = mData.incomingBytes / 1024.0 / (double) mGeneralData.pollInterval;
TQValueList<double> trafficList;
switch ( mVisibleBeams )
{
case BOTH:
if ( mIncomingPos == 1 )
{
trafficList.append( outgoingBytes );
trafficList.append( incomingBytes );
}
else
{
trafficList.append( incomingBytes );
trafficList.append( outgoingBytes );
}
mPlotter->addSample( trafficList );
break;
case INCOMING_TRAFFIC:
trafficList.append( incomingBytes );
mPlotter->addSample( trafficList );
break;
case OUTGOING_TRAFFIC:
trafficList.append( outgoingBytes );
mPlotter->addSample( trafficList );
break;
case NONE:
break;
}
}
}
void Interface::configurePlotter()
{
mPlotter->setFontSize( mPlotterSettings.fontSize );
if ( !mPlotterSettings.automaticDetection )
{
mPlotter->setMinValue( mPlotterSettings.minimumValue );
mPlotter->setMaxValue( mPlotterSettings.maximumValue );
}
mPlotter->setHorizontalScale( mPlotterSettings.pixel );
mPlotter->setHorizontalLinesCount( mPlotterSettings.count );
mPlotter->setVerticalLinesDistance( mPlotterSettings.distance );
mPlotter->setShowLabels( mPlotterSettings.labels );
mPlotter->setShowTopBar( mPlotterSettings.topBar );
mPlotter->setShowVerticalLines( mPlotterSettings.verticalLines );
mPlotter->setShowHorizontalLines( mPlotterSettings.horizontalLines );
mPlotter->setUseAutoRange( mPlotterSettings.automaticDetection );
mPlotter->setVerticalLinesScroll( mPlotterSettings.verticalLinesScroll );
mPlotter->setVerticalLinesColor( mPlotterSettings.colorVLines );
mPlotter->setHorizontalLinesColor( mPlotterSettings.colorHLines );
mPlotter->setBackgroundColor( mPlotterSettings.colorBackground );
// add or remove beams according to user settings
VisibleBeams nextVisibleBeams = NONE;
if ( mPlotterSettings.showOutgoing )
nextVisibleBeams = (VisibleBeams) ( nextVisibleBeams | OUTGOING_TRAFFIC );
if ( mPlotterSettings.showIncoming )
nextVisibleBeams = (VisibleBeams) ( nextVisibleBeams | INCOMING_TRAFFIC );
TQValueList<TQColor>& colors = mPlotter->beamColors();
switch( mVisibleBeams )
{
case NONE:
if ( nextVisibleBeams == BOTH )
{
mOutgoingPos = 0;
mPlotter->addBeam( mPlotterSettings.colorOutgoing );
mIncomingPos = 1;
mPlotter->addBeam( mPlotterSettings.colorIncoming );
}
else if ( nextVisibleBeams == OUTGOING_TRAFFIC )
{
mOutgoingPos = 0;
mPlotter->addBeam( mPlotterSettings.colorOutgoing );
}
else if ( nextVisibleBeams == INCOMING_TRAFFIC )
{
mIncomingPos = 0;
mPlotter->addBeam( mPlotterSettings.colorIncoming );
}
break;
case INCOMING_TRAFFIC:
if ( nextVisibleBeams == BOTH )
{
mOutgoingPos = 1;
mPlotter->addBeam( mPlotterSettings.colorOutgoing );
}
else if ( nextVisibleBeams == OUTGOING_TRAFFIC )
{
mPlotter->removeBeam( mIncomingPos );
mOutgoingPos = 0;
mPlotter->addBeam( mPlotterSettings.colorOutgoing );
}
else if ( nextVisibleBeams == INCOMING_TRAFFIC )
{
colors[mIncomingPos] = ( mPlotterSettings.colorIncoming );
}
else if ( nextVisibleBeams == NONE )
{
mPlotter->removeBeam( mIncomingPos );
}
break;
case OUTGOING_TRAFFIC:
if ( nextVisibleBeams == BOTH )
{
mIncomingPos = 1;
mPlotter->addBeam( mPlotterSettings.colorIncoming );
}
else if ( nextVisibleBeams == INCOMING_TRAFFIC )
{
mPlotter->removeBeam( mOutgoingPos );
mIncomingPos = 0;
mPlotter->addBeam( mPlotterSettings.colorIncoming );
}
else if ( nextVisibleBeams == OUTGOING_TRAFFIC )
{
colors[mOutgoingPos] = ( mPlotterSettings.colorOutgoing );
}
else if ( nextVisibleBeams == NONE )
{
mPlotter->removeBeam( mOutgoingPos );
}
break;
case BOTH:
if ( nextVisibleBeams == BOTH )
{
colors[mIncomingPos] = ( mPlotterSettings.colorIncoming );
colors[mOutgoingPos] = ( mPlotterSettings.colorOutgoing );
}
else if ( nextVisibleBeams == OUTGOING_TRAFFIC )
{
mOutgoingPos = 0;
mPlotter->removeBeam( mIncomingPos );
}
else if ( nextVisibleBeams == INCOMING_TRAFFIC )
{
mIncomingPos = 0;
mPlotter->removeBeam( mOutgoingPos );
}
else if ( nextVisibleBeams == NONE )
{
mPlotter->removeBeam( 0 );
mPlotter->removeBeam( 0 );
}
break;
}
mVisibleBeams = nextVisibleBeams;
mPlotter->tqrepaint();
}
void Interface::startStatistics()
{
mStatistics = new InterfaceStatistics( this );
connect( &mMonitor, TQT_SIGNAL( incomingData( unsigned long ) ),
mStatistics, TQT_SLOT( addIncomingData( unsigned long ) ) );
connect( &mMonitor, TQT_SIGNAL( outgoingData( unsigned long ) ),
mStatistics, TQT_SLOT( addOutgoingData( unsigned long ) ) );
if ( mStatusDialog != 0 )
{
connect( mStatistics, TQT_SIGNAL( currentEntryChanged() ),
mStatusDialog, TQT_SLOT( statisticsChanged() ) );
mStatusDialog->statisticsChanged();
}
mStatistics->loadStatistics();
}
void Interface::stopStatistics()
{
if ( mStatisticsDialog != 0 )
{
// this will close an open statistics dialog
delete mStatisticsDialog;
mStatisticsDialog = 0;
}
mStatistics->saveStatistics();
delete mStatistics;
mStatistics = 0;
}
// taken from ksystemtray.cpp
void Interface::activateOrHide( TQWidget* widget, bool onlyActivate )
{
if ( !widget )
return;
KWin::WindowInfo info1 = KWin::windowInfo( widget->winId(), NET::XAWMState | NET::WMState );
// mapped = visible (but possibly obscured)
bool mapped = (info1.mappingState() == NET::Visible) && !info1.isMinimized();
// - not mapped -> show, raise, focus
// - mapped
// - obscured -> raise, focus
// - not obscured -> hide
if( !mapped )
{
KWin::setOnDesktop( widget->winId(), KWin::currentDesktop() );
widget->show();
widget->raise();
KWin::activateWindow( widget->winId() );
}
else
{
KWinModule module;
for( TQValueList< WId >::ConstIterator it = module.stackingOrder().fromLast();
it != module.stackingOrder().end() && (*it) != widget->winId();
--it )
{
KWin::WindowInfo info2 = KWin::windowInfo( *it, (unsigned long)
NET::WMGeometry | NET::XAWMState | NET::WMState | NET::WMWindowType );
if( info2.mappingState() != NET::Visible )
continue; // not visible on current desktop -> ignore
if( !info2.geometry().intersects( widget->tqgeometry()))
continue; // not obscuring the window -> ignore
if( !info1.hasState( NET::KeepAbove ) && info2.hasState( NET::KeepAbove ))
continue; // obscured by window kept above -> ignore
NET::WindowType type = info2.windowType( NET::NormalMask | NET::DesktopMask
| NET::DockMask | NET::ToolbarMask | NET::MenuMask | NET::DialogMask
| NET::OverrideMask | NET::TopMenuMask | NET::UtilityMask | NET::SplashMask );
if( type == NET::Dock || type == NET::TopMenu )
continue; // obscured by dock or topmenu -> ignore
widget->raise();
KWin::activateWindow( widget->winId());
return;
}
if ( !onlyActivate )
{
widget->hide();
}
}
}
#include "interface.moc"