void
InputEvents::ProcessEvent(unsigned event_id)
{
assert(event_id != 0);
InputEvents::Mode lastMode = getModeID();
int bindex = FindMenuItemByEvent(lastMode, overlay_mode, event_id);
if (bindex < 0 || ButtonLabel::IsEnabled(bindex))
InputEvents::processGo(event_id);
// experimental: update button text, macro may change the value
if (lastMode == getModeID() && bindex > 0)
drawButtons(lastMode);
}
void
InputEvents::setMode(Mode mode)
{
assert((unsigned)mode < input_config.modes.size());
if (mode == current_mode)
return;
current_mode = mode;
UpdateOverlayMode();
drawButtons(getModeID(), true);
}
void
InputEvents::ProcessMenuTimer()
{
if (CommonInterface::main_window.HasDialog())
/* no menu updates while a dialog is visible */
return;
if (MenuTimeOut == CommonInterface::GetUISettings().menu_timeout)
HideMenu();
// refresh visible buttons if still visible
drawButtons(getModeID());
MenuTimeOut++;
}
void
InputEvents::SetFlavour(const TCHAR *_flavour)
{
if (flavour == NULL && _flavour == NULL)
/* optimised default case */
return;
flavour = _flavour;
const Mode old_overlay_mode = overlay_mode;
UpdateOverlayMode();
if (overlay_mode != old_overlay_mode)
/* the overlay_mode has changed, update the displayed menu */
drawButtons(getModeID(), true);
}
/*
InputEvent::processKey(KeyID);
Process keys normally brought in by hardware or keyboard presses
Future will also allow for long and double click presses...
Return = We had a valid key (even if nothing happens because of Bounce)
*/
bool
InputEvents::processKey(unsigned key_code)
{
return ProcessKey(getModeID(), key_code);
}
void
InputEvents::UpdatePan()
{
drawButtons(getModeID(), true);
}
