void Interface::showStatisticsDialog()
{
if ( mStatisticsDialog == 0 )
{
mStatisticsDialog = new InterfaceStatisticsDialog( this );
if ( mIfaceStatistics == 0 )
{
// should never happen but you never know...
startStatistics();
}
connect( mStatisticsDialog, SIGNAL( clearStatistics() ), mIfaceStatistics, SLOT( clearStatistics() ) );
}
mStatisticsDialog->show();
}
int main(int argc, char *argv[])
{
if ((argc < 6) || (argc > 9))
{
usage(argv[0]);
exit(EXIT_FAILURE);
}
//mtarray numThreads threadMemSize rwRatio maxWrapSize numWraps [wrapType [options]
numThreads = getIntArg(argv[1]);
threadMemSize = getIntArg(argv[2]);
rwRatio = getIntArg(argv[3]);
wrapSize = getIntArg(argv[4]);
numWraps = getIntArg(argv[5]);
delay = getIntArg(argv[6]);
if ((numThreads < 0) || (threadMemSize < 0) || (delay < 0) || (rwRatio < 0) || (wrapSize < 0) || (numWraps < 0))
{
usage(argv[0]);
exit(EXIT_FAILURE);
}
int wrapType;
int wrapOptions;
if (argc >= 8)
{
wrapType = getIntArg(argv[7]);
if (wrapType < 0)
{
usage(argv[0]);
exit(EXIT_FAILURE);
}
if (wrapType == Wrap_Software)
{
setAliasTableWorkers(numThreads);
}
setWrapImpl((WrapImplType)wrapType);
if (argc >= 9)
{
wrapOptions = getIntArg(argv[8]);
if (wrapOptions < 0)
{
usage(argv[0]);
exit(EXIT_FAILURE);
}
setWrapImplOptions(wrapOptions);
}
}
// Display memory attributes.
printMemoryAttributes();
arraySize = numThreads * threadMemSize;
StartPhysicalTracer();
startStatistics();
//data = (int *)pmalloc(arraySize * sizeof(int));
//printf("Array size=%d integers with start address: %p\n", arraySize, data);
// Create the test threads
pthread_t *testers = (pthread_t *)malloc(numThreads * sizeof(pthread_t));
for (int i = 0; i < numThreads; i++)
{
pthread_create(&testers[i], NULL, test, (void*)(int64_t)i);
}
printf("joining\n");
for (int i = 0; i < numThreads; i++)
{
pthread_join(testers[i], NULL);
}
free(testers);
EndPhysicalTracer();
printf("%s \t%s \t%s \t%s \t", argv[0], argv[1], argv[2], argv[3]);
printStatistics(stdout);
wrapCleanup();
return 0;
}
int main(int argc, char *argv[])
{
if ((argc < 4) || (argc > 6))
{
usage(argv[0]);
exit(EXIT_FAILURE);
}
int arrayTraceOption = getIntArg(argv[1]);
int wrapSize = getIntArg(argv[2]);
int numWraps = getIntArg(argv[3]);
if ((arrayTraceOption < 0) || (wrapSize < 0) || (numWraps < 0))
{
usage(argv[0]);
exit(EXIT_FAILURE);
}
int wrapType;
int wrapOptions;
if (argc >= 5)
{
wrapType = getIntArg(argv[4]);
if (wrapType < 0)
{
usage(argv[0]);
exit(EXIT_FAILURE);
}
setWrapImpl((WrapImplType)wrapType);
if (argc >= 6)
{
wrapOptions = getIntArg(argv[5]);
if (wrapOptions < 0)
{
usage(argv[0]);
exit(EXIT_FAILURE);
}
setWrapImplOptions(wrapOptions);
}
}
// Display memory attributes.
printMemoryAttributes();
if (arrayTraceOption == 0)
arraySize = numWraps * wrapSize * IntsPerLine;
else if (arrayTraceOption == 1)
arraySize = numWraps * wrapSize;
else if (arrayTraceOption == 2)
arraySize = wrapSize*numWraps;
//arraySize = dmax(BlockSize, wrapSize * numWraps);
else if (arrayTraceOption == 3)
arraySize = BlockSize /sizeof(int) * numWraps;
else if (arrayTraceOption == 4)
arraySize = (BlockSize / sizeof(int))*numWraps;
else
assert(0);
StartPhysicalTracer();
startStatistics();
arraySize = 20000;
int *data = (int *)pmalloc(arraySize * sizeof(int));
printf("Array size=%d integers with start address: %p\n", arraySize, data);
//init(data, arraysize, hotCache);
if (arrayTraceOption == 4)
blockCow(data, numWraps, wrapSize, arraySize);
else
trace(data, numWraps, wrapSize, IntsPerLine, arrayTraceOption);
EndPhysicalTracer();
printf("%s \t%s \t%s \t%s \t", argv[0], argv[1], argv[2], argv[3]);
printStatistics(stdout);
wrapCleanup();
pfree(data);
// Shadow Paging cleanup.
if (shadowPaging != NULL)
pfree(shadowPaging);
return 0;
}
void Interface::configChanged()
{
KSharedConfigPtr config = KGlobal::config();
QString group( confg_interface );
group += mIfaceName;
KConfigGroup interfaceGroup( config, group );
InterfaceSettings s;
mSettings.alias = interfaceGroup.readEntry( conf_alias ).trimmed();
mSettings.iconTheme = interfaceGroup.readEntry( conf_iconTheme, s.iconTheme );
QStringList themeNames;
QList<KNemoTheme> themes = findThemes();
// Let's check that it's available
foreach( KNemoTheme theme, themes )
themeNames << theme.internalName;
themeNames << NETLOAD_THEME;
if ( !themeNames.contains( mSettings.iconTheme ) )
mSettings.iconTheme = TEXT_THEME;
mSettings.colorIncoming = interfaceGroup.readEntry( conf_colorIncoming, s.colorIncoming );
mSettings.colorOutgoing = interfaceGroup.readEntry( conf_colorOutgoing, s.colorOutgoing );
KColorScheme scheme(QPalette::Active, KColorScheme::View);
mSettings.colorDisabled = interfaceGroup.readEntry( conf_colorDisabled, scheme.foreground( KColorScheme::InactiveText ).color() );
mSettings.colorUnavailable = interfaceGroup.readEntry( conf_colorUnavailable, scheme.foreground( KColorScheme::InactiveText ).color() );
mSettings.colorBackground = scheme.foreground( KColorScheme::InactiveText ).color();
mSettings.iconFont = interfaceGroup.readEntry( conf_iconFont, s.iconFont );
mSettings.dynamicColor = interfaceGroup.readEntry( conf_dynamicColor, s.dynamicColor );
mSettings.colorIncomingMax = interfaceGroup.readEntry( conf_colorIncomingMax, s.colorIncomingMax );
mSettings.colorOutgoingMax = interfaceGroup.readEntry( conf_colorOutgoingMax, s.colorOutgoingMax );
mSettings.barScale = interfaceGroup.readEntry( conf_barScale, s.barScale );
mSettings.inMaxRate = interfaceGroup.readEntry( conf_inMaxRate, s.inMaxRate )*1024;
mSettings.outMaxRate = interfaceGroup.readEntry( conf_outMaxRate, s.outMaxRate )*1024;
mSettings.hideWhenDisconnected = interfaceGroup.readEntry( conf_hideWhenNotAvail, s.hideWhenDisconnected );
mSettings.hideWhenUnavailable = interfaceGroup.readEntry( conf_hideWhenNotExist, s.hideWhenUnavailable );
mSettings.activateStatistics = interfaceGroup.readEntry( conf_activateStatistics, s.activateStatistics );
mSettings.trafficThreshold = clamp<unsigned int>(interfaceGroup.readEntry( conf_trafficThreshold, s.trafficThreshold ), 0, 1000 );
mSettings.warnRules.clear();
int warnRuleCount = interfaceGroup.readEntry( conf_warnRules, 0 );
for ( int i = 0; i < warnRuleCount; ++i )
{
group = QString( "%1%2 #%3" ).arg( confg_warnRule ).arg( mIfaceName ).arg( i );
if ( config->hasGroup( group ) )
{
KConfigGroup warnGroup( config, group );
WarnRule warn;
warn.periodUnits = clamp<int>(warnGroup.readEntry( conf_warnPeriodUnits, warn.periodUnits ), KNemoStats::Hour, KNemoStats::Year );
warn.periodCount = clamp<int>(warnGroup.readEntry( conf_warnPeriodCount, warn.periodUnits ), 1, 1000 );
warn.trafficType = clamp<int>(warnGroup.readEntry( conf_warnTrafficType, warn.trafficType ), KNemoStats::Peak, KNemoStats::PeakOffpeak );
warn.trafficDirection = clamp<int>(warnGroup.readEntry( conf_warnTrafficDirection, warn.trafficDirection ), KNemoStats::TrafficIn, KNemoStats::TrafficTotal );
warn.trafficUnits = clamp<int>(warnGroup.readEntry( conf_warnTrafficUnits, warn.trafficUnits ), KNemoStats::UnitB, KNemoStats::UnitG );
warn.threshold = clamp<double>(warnGroup.readEntry( conf_warnThreshold, warn.threshold ), 0.0, 9999.0 );
warn.customText = warnGroup.readEntry( conf_warnCustomText, warn.customText ).trimmed();
mSettings.warnRules << warn;
}
}
if ( interfaceGroup.hasKey( conf_calendar ) )
{
QString oldSetting = interfaceGroup.readEntry( conf_calendar );
mSettings.calendarSystem = KCalendarSystem::calendarSystem( oldSetting );
interfaceGroup.writeEntry( conf_calendarSystem, static_cast<int>(mSettings.calendarSystem) );
interfaceGroup.deleteEntry( conf_calendar );
config->sync();
}
else
mSettings.calendarSystem = static_cast<KLocale::CalendarSystem>(interfaceGroup.readEntry( conf_calendarSystem, static_cast<int>(KLocale::QDateCalendar) ));
mSettings.statsRules.clear();
int statsRuleCount = interfaceGroup.readEntry( conf_statsRules, 0 );
KCalendarSystem *testCal = KCalendarSystem::create( mSettings.calendarSystem );
for ( int i = 0; i < statsRuleCount; ++i )
{
group = QString( "%1%2 #%3" ).arg( confg_statsRule ).arg( mIfaceName ).arg( i );
if ( config->hasGroup( group ) )
{
KConfigGroup statsGroup( config, group );
StatsRule rule;
rule.startDate = statsGroup.readEntry( conf_statsStartDate, QDate() );
rule.periodUnits = clamp<int>(statsGroup.readEntry( conf_statsPeriodUnits, rule.periodUnits ), KNemoStats::Day, KNemoStats::Year );
rule.periodCount = clamp<int>(statsGroup.readEntry( conf_statsPeriodCount, rule.periodCount ), 1, 1000 );
rule.logOffpeak = statsGroup.readEntry( conf_logOffpeak,rule.logOffpeak );
rule.offpeakStartTime = QTime::fromString( statsGroup.readEntry( conf_offpeakStartTime, rule.offpeakStartTime.toString( Qt::ISODate ) ), Qt::ISODate );
rule.offpeakEndTime = QTime::fromString( statsGroup.readEntry( conf_offpeakEndTime, rule.offpeakEndTime.toString( Qt::ISODate ) ), Qt::ISODate );
rule.weekendIsOffpeak = statsGroup.readEntry( conf_weekendIsOffpeak, rule.weekendIsOffpeak );
rule.weekendDayStart = clamp<int>(statsGroup.readEntry( conf_weekendDayStart, rule.weekendDayStart ), 1, testCal->daysInWeek( QDate::currentDate() ) );
rule.weekendDayEnd = clamp<int>(statsGroup.readEntry( conf_weekendDayEnd, rule.weekendDayEnd ), 1, testCal->daysInWeek( QDate::currentDate() ) );
rule.weekendTimeStart = QTime::fromString( statsGroup.readEntry( conf_weekendTimeStart, rule.weekendTimeStart.toString( Qt::ISODate ) ), Qt::ISODate );
rule.weekendTimeEnd = QTime::fromString( statsGroup.readEntry( conf_weekendTimeEnd, rule.weekendTimeEnd.toString( Qt::ISODate ) ), Qt::ISODate );
if ( rule.isValid( testCal ) )
{
mSettings.statsRules << rule;
}
}
}
mSettings.commands.clear();
int numCommands = interfaceGroup.readEntry( conf_numCommands, s.numCommands );
for ( int i = 0; i < numCommands; i++ )
{
QString entry;
InterfaceCommand cmd;
entry = QString( "%1%2" ).arg( conf_runAsRoot ).arg( i + 1 );
cmd.runAsRoot = interfaceGroup.readEntry( entry, false );
entry = QString( "%1%2" ).arg( conf_command ).arg( i + 1 );
cmd.command = interfaceGroup.readEntry( entry );
entry = QString( "%1%2" ).arg( conf_menuText ).arg( i + 1 );
cmd.menuText = interfaceGroup.readEntry( entry );
mSettings.commands.append( cmd );
}
// This prevents needless regeneration of icon when first shown in tray
if ( mIfaceState == KNemoIface::UnknownState )
{
mIfaceState = mBackendData->status;
mPreviousIfaceState = mIfaceState;
}
mIcon.configChanged();
if ( mIfaceStatistics )
{
mIfaceStatistics->configChanged();
if ( !mSettings.activateStatistics )
stopStatistics();
}
else if ( mSettings.activateStatistics )
{
startStatistics();
}
if ( mStatusDialog )
mStatusDialog->configChanged();
if ( mStatisticsDialog != 0 )
mStatisticsDialog->configChanged();
if ( mPlotterDialog )
mPlotterDialog->useBitrate( generalSettings->useBitrate );
}
