/// Trigger an event on this control.
/// @tparam t The type of event to trigger.
/// @tparam Params Additional parameters, depending on the event type.
/// @param dlg The parent dialog of this control.
/// @param args Additional arguments, depending on the event type.
/// @return The result of the event handler. If there was no handler, and the handler would've returned a bool,
/// then true is returned. This also applies if the event type is not supported by the control.
template<eDlogEvt t, typename... Params> typename event_fcn<t>::type::result_type triggerEvent(cDialog& dlg, Params... args) {
using fcn_t = typename event_fcn<t>::type;
if(event_handlers[t].empty())
return callHandler(fcn_t(), dlg, args...);
auto handler = boost::any_cast<fcn_t>(event_handlers[t]);
return callHandler(handler, dlg, args...);
}
// Switch UI to desired Mode
byte OSLocalUI::set_mode(char mode)
{
osUI_Mode = mode;
osUI_Page = 0;
return callHandler(2); // call MODE handler, indicating that it needs to setup things.
}
bool base_window::onTooltipHide()
{
EventArgs a;
a.name = "On_TooltipHide";
callHandler(&a);
return a.handled;
}
bool base_window::onCaptureLost(void)
{
EventArgs a;
a.name = "On_CaptureLost";
callHandler(&a);
return a.handled;
}
bool base_window::onFocusGained(void)
{
EventArgs a;
a.name = "On_FocusGained";
callHandler(&a);
return a.handled;
}
bool base_window::onSuspendLayout(void)
{
EventArgs a;
a.name = "On_SuspendLayout";
callHandler(&a);
return a.handled;
}
bool base_window::onFocusLost(base_window* newFocus)
{
EventArgs a;
a.name = "On_FocusLost";
callHandler(&a);
return a.handled;
}
bool Button::onMouseButton(EventArgs::MouseButtons btn, EventArgs::ButtonState state)
{
if(btn == EventArgs::Left)
{
if(state == EventArgs::Down)
{
m_system.queryCaptureInput(this);
m_pushed = true;
invalidate();
}
else
{
m_system.queryCaptureInput(0);
m_pushed = false;
point pt = transformToWndCoord(m_system.getCursor().getPosition());
if(m_area.isPointInRect(pt))
{
MouseEventArgs m;
m.name = "On_Clicked";
callHandler(&m);
send_event(events::ClickEvent());
}
invalidate();
}
}
Label::onMouseButton(btn, state);
return true;
}
bool Button::onKeyboardButton(EventArgs::Keys key, EventArgs::ButtonState state)
{
Label::onKeyboardButton(key, state);
switch(key)
{
case EventArgs::K_SPACE:
case EventArgs::K_RETURN:
case EventArgs::K_EXECUTE:
if(state == EventArgs::Down)
{
//m_system.queryCaptureInput(this);
m_pushed = true;
}
else
{
//m_system.queryCaptureInput(0);
m_pushed = false;
MouseEventArgs m;
m.name = "On_Clicked";
callHandler(&m);
send_event(events::ClickEvent());
}
invalidate();
return true;
break;
};
return false;
}
bool base_window::onMouseLeave(void)
{
MouseEventArgs m;
m.name = "On_MouseLeave";
callHandler(&m);
return m.handled;
}
void base_window::setVisible(bool visible)
{
EventArgs a;
a.name = visible ? "On_Show" : "On_Hide";
callHandler(&a);
m_visible = visible;
}
bool FrameWindow::onMouseMove(void)
{
if(m_tracking)
{
point pt = transformToWndCoord(m_system.getCursor().getPosition());
point newpos = pt - m_offset;
Rect testarea(m_area);
testarea.setPosition(newpos);
if(m_clampToScreen && m_parent)
{
Size me = m_area.getSize();
Size max = m_parent->getSize();
if(testarea.m_left < 0.f)
testarea.m_left = 0.f;
if(testarea.m_top < 0.f)
testarea.m_top = 0.f;
if(testarea.m_right > max.width)
testarea.m_left = max.width - me.width;
if(testarea.m_bottom > max.height)
testarea.m_top = max.height - me.height;
testarea.setSize(me);
}
setArea(testarea);
EventArgs a;
a.name = "On_Move";
callHandler(&a);
}
return true;
}
bool base_window::onResumeLayout(void)
{
EventArgs a;
a.name = "On_ResumeLayout";
callHandler(&a);
return a.handled;
}
natural HttpReqImpl::forwardRequest(ConstStrA vpath, IHttpHandler **h) {
IHttpHandler *hx;
natural r = callHandler(vpath,&hx);
if (hx != 0) curHandler = hx;
if (h) *h = hx;
return r;
}
bool base_window::onChar(const wchar_t* text)
{
KeyEventArgs k;
k.name = "On_Char";
k.ch = text;
callHandler(&k);
return k.handled;
}
bool base_window::onMouseWheel(int delta)
{
MouseEventArgs m;
m.name = "On_MouseWheel";
m.wheelDelta = delta;
callHandler(&m);
return m.handled;
}
bool base_window::onMouseDouble(EventArgs::MouseButtons btn)
{
MouseEventArgs m;
m.name = "On_MouseDouble";
m.mbutton = btn;
callHandler(&m);
return m.handled;
}
void InviteSessionHandler::onTerminated(resip::InviteSessionHandle handle,
resip::InviteSessionHandler::TerminatedReason reason,
const resip::SipMessage* related)
{
// TODO: add TerminatedReason
callHandler(handle->getAppDialogSet(), "terminated", &handle, 0, 0,
related, 0);
}
bool base_window::onTick(float delta)
{
TickEventArgs a;
a.name = "On_Tick";
a.delta = delta;
callHandler(&a);
return a.handled;
}
// Main loop. Intended to be called regularly and frequently to handle input and UI. Normally this will be called from Arduino loop()
byte OSLocalUI::loop(void)
{
if( osUI_State != OSUI_STATE_ENABLED ) return true; //UI update disabled, nothing to do - exit
// local UI is enabled, call appropriate handler
return callHandler(0);
}
bool base_window::onKeyboardButton(EventArgs::Keys key, EventArgs::ButtonState state)
{
KeyEventArgs k;
k.name = "On_KeyboardButton";
k.button = key;
k.state = state;
callHandler(&k);
return k.handled;
}
bool base_window::onMouseButton(EventArgs::MouseButtons btn, EventArgs::ButtonState state)
{
MouseEventArgs m;
m.name = "On_MouseButton";
m.mbutton = btn;
m.mstate = state;
callHandler(&m);
return m.handled;
}
bool base_window::onMouseMove(void)
{
MouseEventArgs m;
m.name = "On_MouseMove";
point pt = m_system.getCursor().getPosition();
m.mouseX = pt.x;
m.mouseY = pt.y;
callHandler(&m);
return m.handled;
}
void MarkupText::hideTooltip()
{
if(m_selectedtt)
{
MarkupEventArgs m;
m.name = "On_MarkupTooltipHide";
m.id = (unsigned int)m_selectedtt->tooltip;
callHandler(&m);
m_system.getTooltip()->reset();
}
m_selectedtt.reset();
}
void MarkupText::showTooltip(PTooltipArea p)
{
if(p)
{
m_selectedtt = p;
MarkupEventArgs m;
m.name = "On_MarkupTooltipShow";
m.id = (unsigned int)p->tooltip;
callHandler(&m);
m_system.getTooltip()->show();
}
}
void Slider::onTrack(const events::TrackEvent& e)
{
if(m_thumb)
{
m_pos = m_thumb->getProgress();
EventArgs e;
e.name = "On_Tracked";
callHandler(&e);
send_event(events::TrackEvent());
invalidate();
}
}
//RPLENDOFNAMES start
void lolIRC::Client::lolIRC_Client::lolIRC_Response_RPLENDOFNAMES::doIt(lolIRC_Message& m)
{
std::list<std::string>::iterator it = m.parameters.begin(); //List of parameters
if((*it).compare(client.nick))
DEBUG_PRINT("You're doing it wrong!");
it++; //Channel name
for(std::list<lolIRC_Channel>::iterator i = client.channels.begin(); i != client.channels.end(); i++)
{
if(!((*i).getChannelName().compare(*it)))
callHandler(*i);
}
}
bool MarkupText::onMouseButton(EventArgs::MouseButtons btn, EventArgs::ButtonState state)
{
if(m_selectedlnk)
{
MarkupEventArgs m;
m.name = "On_MarkupMouseButton";
m.mbutton = btn;
m.mstate = state;
m.id = (unsigned int)m_selectedlnk->id;
m.type = m_selectedlnk->type.c_str();
callHandler(&m);
return m.handled;
}
return MarkupBase::onMouseButton(btn, state);
}
bool base_window::onMoved(void)
{
if(m_parent)
{
Stick();
const Rect& pr = m_parent->getArea();
Rect area(m_area);
area.offset(pr.getPosition());
m_alignmentRect.m_left = area.m_left - pr.m_left;
m_alignmentRect.m_top = area.m_top - pr.m_top;
m_alignmentRect.m_right = pr.m_right - area.m_right;
m_alignmentRect.m_bottom = pr.m_bottom - area.m_bottom;
}
invalidate();
EventArgs a;
a.name = "On_Moved";
callHandler(&a);
return true;
}
bool base_window::onLoad(void)
{
onMoved();
if(m_alwaysOnTop)
moveToFront();
HandlerMap::iterator it = m_handlers.find("On_Draw");
if(it != m_handlers.end())
{
m_drawhandler = it->second;
if(!m_drawhandler.empty())
{
m_customDraw = true;
}
}
EventArgs a;
a.name = "On_Load";
callHandler(&a);
return a.handled;
}
