void kSpaceSetup::slotOk()
{
KConfig *config = klock_config();
config->setGroup( "Settings" );
TQString sspeed;
sspeed.setNum( speed );
config->writeEntry( "Speed", sspeed );
TQString interval;
interval.setNum( (int)warpinterval );
config->writeEntry( "WarpInterval", interval );
config->sync();
delete config;
accept();
}
/**
Ok pressed - save settings and exit
*/
void KEuphoriaSetup::slotOk()
{
KConfig* config = KGlobal::config();
config->setGroup("Settings");
TQString val;
val.setNum( modeW->currentItem() );
config->writeEntry("Mode", val );
config->sync();
accept();
}
void TDECompletion::extractStringsFromNode( const TDECompTreeNode *node,
const TQString& beginning,
TDECompletionMatchesWrapper *matches,
bool addWeight ) const
{
if ( !node || !matches )
return;
// kDebug() << "Beginning: " << beginning << endl;
const TDECompTreeChildren *list = node->children();
TQString string;
TQString w;
// loop thru all children
for ( TDECompTreeNode *cur = list->begin(); cur ; cur = cur->next) {
string = beginning;
node = cur;
if ( !node->isNull() )
string += *node;
while ( node && node->childrenCount() == 1 ) {
node = node->firstChild();
if ( node->isNull() )
break;
string += *node;
}
if ( node && node->isNull() ) { // we found a leaf
if ( addWeight ) {
// add ":num" to the string to store the weighting
string += ':';
w.setNum( node->weight() );
string.append( w );
}
matches->append( node->weight(), string );
}
// recursively find all other strings.
if ( node && node->childrenCount() > 1 )
extractStringsFromNode( node, string, matches, addWeight );
}
}
void KBlendWidget::paintEvent(TQPaintEvent */*ev*/)
{
TQTime time;
int it, ft;
TQString say;
image = TQImage("testimage.png");
TQPainter p(this);
p.setPen(Qt::black);
// you see here use of anti_dir param (blend from down to up, here)
time.start();
it = time.elapsed();
KImageEffect::blend(image, 0.2, bgnd, KImageEffect::VerticalGradient,true);
ft = time.elapsed();
say.setNum( ft - it); say += " ms, Vertical";
p.drawImage(20, 20, image);
p.drawText(5 , 15, say);
image = TQImage("testimage.png");
// here a negative initial intensity is used (1/2 of image is unaffected)
it = time.elapsed();
KImageEffect::blend(image, -0.5, bgnd, KImageEffect::HorizontalGradient);
ft = time.elapsed();
say.setNum( ft - it); say += " ms, Horizontal";
p.drawImage(40+image.width(), 20, image);
p.drawText(15+image.width() , 15, say);
image = TQImage("testimage.png");
it = time.elapsed();
KImageEffect::blend(image, 0., bgnd, KImageEffect::DiagonalGradient,true);
ft = time.elapsed();
say.setNum( ft - it); say += " ms, Diagonal";
p.drawImage(20, 40+image.height(), image);
p.drawText(5 , 35+image.height(), say);
image = TQImage("testimage.png");
it = time.elapsed();
KImageEffect::blend(image, 0.1, bgnd, KImageEffect::CrossDiagonalGradient);
ft = time.elapsed();
say.setNum( ft - it); say += " ms, CrossDiagonal";
p.drawImage(40+image.width(), 40+image.height(), image);
p.drawText(25+image.width() , 35 + image.height(), say);
image = TQImage("testimage.png");
it = time.elapsed();
KImageEffect::blend(image, -0.6, bgnd, KImageEffect::RectangleGradient);
ft = time.elapsed();
say.setNum( ft - it); say += " ms, Rectangle";
p.drawImage(20, 60+2*image.height(), image);
p.drawText(5 , 55+2*image.height(), say);
image = TQImage("testimage.png");
it = time.elapsed();
KImageEffect::blend(image, 0.2, bgnd, KImageEffect::EllipticGradient);
ft = time.elapsed();
say.setNum( ft - it); say += " ms, Elliptic";
p.drawImage(40+image.width(), 60+2*image.height(), image);
p.drawText(25+image.width(), 55+2*image.height(), say);
p.end();
}
void CpuView::updateCpu(CpuData &cpu, int cpuNumber)
{
#ifdef Q_OS_LINUX
if (!m_procStream)
return;
bool cpuFound = false;
TQString output;
TQString parser;
TQString cpuString;
cpuString.setNum(cpuNumber).prepend("cpu");
// Parse the proc file
while (!m_procStream->atEnd()) {
parser = m_procStream->readLine();
// remove all the entries apart from the line containing 'cpuString'
if (!cpuFound && parser.find(TQRegExp(cpuString)) != -1) {
output = parser;
cpuFound = true;
}
}
TQStringList cpuList = TQStringList::split(' ', output);
if (!cpuList.isEmpty()) {
cpu.name = cpuList[0].stripWhiteSpace();
cpu.user = cpuList[1].toULong();
cpu.nice = cpuList[2].toULong();
cpu.sys = cpuList[3].toULong();
cpu.idle = cpuList[4].toULong();
}
fseek(m_procFile, 0L, SEEK_SET);
#endif
#ifdef __DragonFly__
struct kinfo_cputime cp_time;
if (kinfo_get_sched_cputime(&cp_time))
err(1, "kinfo_get_sched_cputime");
cpu.user = cp_time.cp_user;
cpu.nice = cp_time.cp_nice;
cpu.sys = cp_time.cp_sys;
cpu.idle = cp_time.cp_idle;
#elif defined(Q_OS_FREEBSD)
#warning "add support for SMP on FreeBSD"
Q_UNUSED(cpuNumber);
static int name2oid[2] = { 0, 3 };
static int oidCpuTime[CTL_MAXNAME + 2];
static size_t oidCpuTimeLen = sizeof(oidCpuTime);
long cpuTime[CPUSTATES];
size_t cpuTimeLen = sizeof(cpuTime);
static char name[] = "kern.cp_time";
static int initialized = 0;
if (!initialized) {
if (sysctl(name2oid, 2, oidCpuTime, &oidCpuTimeLen,
name, strlen(name)) < 0)
return;
oidCpuTimeLen /= sizeof(int);
initialized = 1;
}
if (sysctl(oidCpuTime, oidCpuTimeLen,
cpuTime, &cpuTimeLen, 0, 0) < 0)
return;
cpu.user = cpuTime[CP_USER];
cpu.nice = cpuTime[CP_NICE];
cpu.sys = cpuTime[CP_SYS];
cpu.idle = cpuTime[CP_IDLE];
#endif
#if defined(Q_OS_NETBSD)
#define KERN_CPTIME KERN_CP_TIME
#endif
#if defined(Q_OS_OPENBSD) || defined(Q_OS_NETBSD)
//#warning "add support for SMP on OpenBSD and NetBSD"
int name2oid[2] = { CTL_KERN, KERN_CPTIME };
long cpuTime[CPUSTATES];
size_t cpuTimeLen = sizeof(cpuTime);
if (sysctl(name2oid, 2, &cpuTime, &cpuTimeLen,
0, 0) < 0)
return;
cpu.user = cpuTime[CP_USER];
cpu.nice = cpuTime[CP_NICE];
cpu.sys = cpuTime[CP_SYS];
cpu.idle = cpuTime[CP_IDLE];
#endif
}
