/**
* Constructor, create LED's
*/
KBinaryClock::KBinaryClock(const QString& configFile, Type type, int actions, QWidget *parent, const char *name)
: KPanelApplet(configFile, type, actions, parent, name), ledWidth(6),
_calendar(NULL), _disableCalendar(false),
prefs( new Prefs(sharedConfig())), m_tooltip(this)
{
prefs->readConfig();
setBackgroundOrigin(AncestorOrigin);
for(int i=0; i < 4; i++){
for(int j=0; j < ledWidth;j++){
KLed *led = new KLed( this );
led->setBackgroundOrigin(AncestorOrigin);
ledMatrix[j][i] = led;
}
}
// Why does kicker start out with a size of 800x409?
// Kicker bug?
resize(60,42);
updateClock();
loadSettings();
QTimer *timer=new QTimer(this);
connect (timer, SIGNAL (timeout()), this, SLOT (updateClock()));
timer->start(500,false);
}
void ScanDialog::slotAcquireStart( )
{
if( m_scanParams )
{
KLed *led = m_scanParams->operationLED();
if( led )
{
led->setColor( Qt::green );
}
}
}
void ScanDialog::slotScanStart( )
{
if( m_scanParams )
{
m_scanParams->setEnabled( false );
KLed *led = m_scanParams->operationLED();
if( led )
{
led->setColor( Qt::red );
led->setState( KLed::On );
}
}
}
void ScanDialog::slotScanFinished( KScanStat status )
{
kdDebug(29000) << "Scan finished with status " << status << endl;
if( m_scanParams )
{
m_scanParams->setEnabled( true );
KLed *led = m_scanParams->operationLED();
if( led )
{
led->setColor( Qt::green );
led->setState( KLed::Off );
}
}
}
QPixmap JobModel::statusImage(JobInfo::State state) const
{
QColor color;
if ( state == JobInfo::Running )
color = ( QTime::currentTime().msec() < 500 ) ? Qt::gray : Qt::green;
else if ( state == JobInfo::Completed )
color = Qt::red;
else
color = QColor(Qt::yellow).darker();
KLed led;
led.setColor(color);
QPalette pal = led.palette();
pal.setColor(QPalette::Window, Qt::white);
led.setPalette(pal);
return QPixmap::grabWidget(&led);
}
QPixmap JobModel::statusImage(JobInfo::State state) const
{
QColor color;
if ( state == JobInfo::Running )
color = blinkStateOn ? Qt::green : Qt::gray;
else if ( state == JobInfo::Completed )
color = Qt::red;
else
color = QColor(Qt::yellow).darker();
KLed led;
led.setColor(color);
QPalette pal = led.palette();
pal.setColor(QPalette::Window, Qt::white);
led.setPalette(pal);
return led.grab();
}
TestWidget::TestWidget() : QWidget(0), m_lock(this)
{
QMap<Qt::Key, QString> mods;
mods.insert(Qt::Key_Shift, "Shift");
mods.insert(Qt::Key_Control, "Ctrl");
mods.insert(Qt::Key_Alt, "Alt");
mods.insert(Qt::Key_Meta, "Meta");
mods.insert(Qt::Key_Super_L, "Super");
mods.insert(Qt::Key_Hyper_L, "Hyper");
mods.insert(Qt::Key_AltGr, "AltGr");
mods.insert(Qt::Key_NumLock, "NumLock");
mods.insert(Qt::Key_CapsLock, "CapsLock");
mods.insert(Qt::Key_ScrollLock, "ScrollLock");
QMap<Qt::MouseButton, QString> buttons;
buttons.insert(Qt::LeftButton, "Left Button");
buttons.insert(Qt::RightButton, "Right Button");
buttons.insert(Qt::MidButton, "Middle Button");
buttons.insert(Qt::XButton1, "First X Button");
buttons.insert(Qt::XButton2, "Second X Button");
QVBoxLayout *layout = new QVBoxLayout(this);
QMap<Qt::Key, QString>::const_iterator it;
QMap<Qt::Key, QString>::const_iterator end = mods.constEnd();
for (it = mods.constBegin(); it != end; ++it) {
if (m_lock.knowsKey(it.key())) {
QHBoxLayout *hlayout = new QHBoxLayout;
KLed *pressed = new KLed(this);
KLed *latched = new KLed(this);
KLed *locked = new KLed(this);
QPushButton *latch = new QPushButton("latch", this);
latch->setProperty("modifier", it.key());
connect(latch, SIGNAL(clicked()), SLOT(latch()));
QPushButton *lock = new QPushButton("lock", this);
lock->setProperty("modifier", it.key());
connect(lock, SIGNAL(clicked()), SLOT(lock()));
pressed->setState(m_lock.isKeyPressed(it.key()) ? KLed::On : KLed::Off);
latched->setState(m_lock.isKeyLatched(it.key()) ? KLed::On : KLed::Off);
locked->setState(m_lock.isKeyLocked(it.key()) ? KLed::On : KLed:: Off);
m_leds.insert(it.key(), Triple<KLed*,KLed*,KLed*>(pressed, latched, locked));
hlayout->addWidget(pressed);
hlayout->addWidget(latched);
hlayout->addWidget(locked);
hlayout->addWidget(new QLabel(it.value()));
hlayout->addWidget(latch);
hlayout->addWidget(lock);
layout->addLayout(hlayout);
}
}
QMap<Qt::MouseButton, QString>::const_iterator it2;
QMap<Qt::MouseButton, QString>::const_iterator end2 = buttons.constEnd();
for (it2 = buttons.constBegin(); it2 != end2; ++it2) {
QHBoxLayout *hlayout = new QHBoxLayout;
KLed *pressed = new KLed(this);
pressed->setState(m_lock.isButtonPressed(it2.key()) ? KLed::On : KLed::Off);
m_mouseLeds.insert(it2.key(), pressed);
hlayout->addWidget(pressed);
hlayout->addWidget(new QLabel(it2.value()));
layout->addLayout(hlayout);
}
setLayout(layout);
connect(&m_lock, SIGNAL(keyPressed(Qt::Key, bool)), SLOT(keyPressed(Qt::Key, bool)));
connect(&m_lock, SIGNAL(keyLatched(Qt::Key, bool)), SLOT(keyLatched(Qt::Key, bool)));
connect(&m_lock, SIGNAL(keyLocked(Qt::Key, bool)), SLOT(keyLocked(Qt::Key, bool)));
connect(&m_lock, SIGNAL(buttonPressed(Qt::MouseButton, bool)),
SLOT(mouseButtonPressed(Qt::MouseButton, bool)));
connect(&m_lock, SIGNAL(keyAdded(Qt::Key)), SLOT(keyAdded(Qt::Key)));
connect(&m_lock, SIGNAL(keyRemoved(Qt::Key)), SLOT(keyRemoved(Qt::Key)));
}