// This method is run when the mainboard is powered up or reset.
void ProgramStarted()
{
/*******************************************************************************************
BLITZKRIEG 0.1 - PROGRAM CONTOH PEMANFAATAN GADGETEER SEBAGAI DEVICE MULTI-FUNGSI
*******************************************************************************************/
Debug.Print("Program Started");
//init pins
boardPins = new Hashtable();
for (int i = 1; i <= 10; i++)
{
var pin = new BoardPins();
pin.PinType = BoardPins.PinTypes.None;
pin.ThisPin = null;
boardPins.Add(i, pin);
}
SetupBackgroundService();
Screens = new Hashtable();
//populate all form
var F1 = new SplashForm(ref MainWindow);
F1.FormRequestEvent += General_FormRequestEvent;
Screens.Add(Screen.ScreenTypes.Splash, F1);
var F2 = new MainMenuForm(ref MainWindow);
F2.FormRequestEvent += General_FormRequestEvent;
Screens.Add(Screen.ScreenTypes.MainMenu, F2);
var F3 = new MyRoomForm(ref MainWindow, ref tempHumidSI70, ref lightSense);
F3.FormRequestEvent += General_FormRequestEvent;
Screens.Add(Screen.ScreenTypes.MyRoom, F3);
var F4 = new InboxForm(ref MainWindow, ref cellularRadio, ref sdCard, ref displayTE35);
F4.FormRequestEvent += General_FormRequestEvent;
Screens.Add(Screen.ScreenTypes.Inbox, F4);
var F5 = new GalleryForm(ref MainWindow, ref serialCameraL1, ref sdCard, ref wifiRS21);
F5.FormRequestEvent += General_FormRequestEvent;
Screens.Add(Screen.ScreenTypes.Gallery, F5);
var F6 = new GameForm(ref MainWindow, ref displayTE35);
F6.FormRequestEvent += General_FormRequestEvent;
Screens.Add(Screen.ScreenTypes.Game, F6);
var F7 = new RegisterForm(ref MainWindow, ref wifiRS21, ref sdCard);
F7.FormRequestEvent += General_FormRequestEvent;
Screens.Add(Screen.ScreenTypes.Register, F7);
Glide.FitToScreen = true;
GlideTouch.Initialize();
//load splash
LoadForm(Screen.ScreenTypes.Splash);
}
object GetBoardPin(Gadgeteer.Socket.Pin pin, BoardPins.PinTypes tipe)
{
var IsNew = false;
var CurrPin = boardPins[(int)pin] as BoardPins;
if (CurrPin.PinType != tipe)
{
switch (CurrPin.PinType)
{
case BoardPins.PinTypes.AnalogRead:
var AR = CurrPin.ThisPin as Gadgeteer.SocketInterfaces.AnalogInput;
AR.Dispose();
break;
case BoardPins.PinTypes.AnalogWrite:
var AW = CurrPin.ThisPin as Gadgeteer.SocketInterfaces.AnalogOutput;
AW.Dispose();
break;
case BoardPins.PinTypes.DigitalRead:
var DR = CurrPin.ThisPin as Gadgeteer.SocketInterfaces.DigitalInput;
DR.Dispose();
break;
case BoardPins.PinTypes.DigitalWrite:
var DW = CurrPin.ThisPin as Gadgeteer.SocketInterfaces.DigitalOutput;
DW.Dispose();
break;
}
IsNew = true;
CurrPin.PinType = BoardPins.PinTypes.None;
}
CurrPin.PinType = tipe;
switch (tipe)
{
case BoardPins.PinTypes.AnalogRead:
if (!IsNew)
{
var AR = CurrPin.ThisPin as Gadgeteer.SocketInterfaces.AnalogInput;
return AR;
}
else
{
var AR = breadBoardX1.CreateAnalogInput((Gadgeteer.Socket.Pin)pin);
CurrPin.ThisPin = AR;
return AR;
}
//break;
case BoardPins.PinTypes.AnalogWrite:
if (!IsNew)
{
var AW = CurrPin.ThisPin as Gadgeteer.SocketInterfaces.AnalogOutput;
return AW;
}
else
{
var AW = breadBoardX1.CreateAnalogOutput((Gadgeteer.Socket.Pin)pin);
CurrPin.ThisPin = AW;
return AW;
}
//break;
case BoardPins.PinTypes.DigitalRead:
if (!IsNew)
{
var DR = CurrPin.ThisPin as Gadgeteer.SocketInterfaces.DigitalInput;
return DR;
}
else
{
var DR = breadBoardX1.CreateDigitalInput((Gadgeteer.Socket.Pin)pin, GT.SocketInterfaces.GlitchFilterMode.Off, GT.SocketInterfaces.ResistorMode.Disabled);
CurrPin.ThisPin = DR;
return DR;
}
//break;
case BoardPins.PinTypes.DigitalWrite:
if (!IsNew)
{
var DW = CurrPin.ThisPin as Gadgeteer.SocketInterfaces.DigitalOutput;
return DW;
}
else
{
var DW = breadBoardX1.CreateDigitalOutput((Gadgeteer.Socket.Pin)pin, false);
CurrPin.ThisPin = DW;
return DW;
}
//break;
}
return null;
}
