void BlockStream::SetPos(int64 p)
{
SyncSize();
pos = p & pagemask;
ptr = p - pos + buffer;
rdlim = wrlim = buffer;
}
void BlockStream::Flush() {
if(!IsOpen() || IsError()) return;
if(pagedirty && pagepos >= 0) {
SyncSize();
int size = (int)min<int64>(streamsize - pagepos, pagesize);
LLOG("Write: " << pagepos << ", " << size);
Write(pagepos, buffer, size);
streamsize = max(streamsize, pagepos + size);
}
wrlim = buffer;
pagedirty = false;
}
LWindowFrame::LWindowFrame(WId client, QWidget *parent) : QFrame(parent, Qt::X11BypassWindowManagerHint){
activeState = LWindowFrame::Normal;
CID = client;
lastAction = LWM::WA_NONE;
Closing = false;
//qDebug() << "New Window:" << CID << "Frame:" << this->winId();
this->setMouseTracking(true); //need this to determine mouse location when not clicked
this->setObjectName("LWindowFrame");
this->setStyleSheet("LWindowFrame#LWindowFrame{ border: 2px solid white; border-radius:3px; } QWidget#TitleBar{background: grey; } QLabel{ color: black; }");
InitWindow(); //initially create all the child widgets
//LWM::SYSTEM->setupEventsForFrame(this->winId());
updateAppearance(); //this loads the appearance based on window/theme settings
//QApplication::processEvents();
//Now set the frame size on this window
SyncSize();
SyncText();
this->show();
}
virtual bool on_draw(const Cairo::RefPtr<Cairo::Context> &cr)
{
SyncSize();
return Gtk::Fixed::on_draw(cr);
}
