/*
\internal
Matches the current intermediate key sequence + the latest
keyevent, with and AccelItem. Returns Identical,
PartialMatch or NoMatch, and fills \a temp with the
resulting key sequence.
*/
Qt::SequenceMatch QAccelManager::match( QKeyEvent *e, QAccelItem* item, QKeySequence& temp )
{
SequenceMatch result = Qt::NoMatch;
int index = intermediate.count();
temp = intermediate;
int modifier = translateModifiers( e->state() );
if ( e->key() && e->key() != Key_unknown) {
int key = e->key() | modifier;
if ( e->key() == Key_BackTab ) {
/*
In QApplication, we map shift+tab to shift+backtab.
This code here reverts the mapping in a way that keeps
backtab and shift+tab accelerators working, in that
order, meaning backtab has priority.*/
key &= ~SHIFT;
temp.setKey( key, index );
if ( Qt::NoMatch != (result = temp.matches( item->key )) )
return result;
if ( e->state() & ShiftButton )
key |= SHIFT;
key = Key_Tab | ( key & MODIFIER_MASK );
temp.setKey( key, index );
if ( Qt::NoMatch != (result = temp.matches( item->key )) )
return result;
} else {
temp.setKey( key, index );
if ( Qt::NoMatch != (result = temp.matches( item->key )) )
return result;
}
if ( key == Key_BackTab ) {
if ( e->state() & ShiftButton )
key |= SHIFT;
temp.setKey( key, index );
if ( Qt::NoMatch != (result = temp.matches( item->key )) )
return result;
}
}
if ( !e->text().isEmpty() ) {
QChar c = e->text()[0];
// be in accordance with accoQAccel::shortcutKey()
if ( modifier != 0 && c.isPrint() )
c = c.upper();
temp.setKey( (int)c.unicode() | UNICODE_ACCEL | modifier, index );
result = temp.matches( item->key );
}
return result;
}
