public override void activate(string prevReceiver)
{
base.activate(prevReceiver);
if (prevReceiver.StartsWith("DATA"))
{
tick(0);
return;
}
LCD_Manager lm = _parent._m_Hardware_LCD;
Extended_Memory em = _parent._m_Extended_Memory;
lm.clearScreen();
lm.outputStatus(
_parent._m_Program_Memory.getCounter(),
em.getCounter(),
"MEM",
" ");
int cnt = (int)em.getCounter();
for (int i = 10, j = cnt; i >= 0; i--, j--)
{
string s = em.toString("", j);
lm.outputTerminalLine((uint)i, s);
}
lm.forcePaint();
}
public override void activate(string prevReceiver)
{
base.activate(prevReceiver);
if (prevReceiver.StartsWith("PROG"))
{
tick(0);
return;
}
LCD_Manager lm = _parent._m_Hardware_LCD;
Program_Memory pm = _parent._m_Program_Memory;
lm.clearScreen();
lm.outputStatus(
pm.getCounter(),
_parent._m_Extended_Memory.getCounter(),
pm.getEModeName(),
" ");
int display_PC = (int)pm.getCounter();
string[] _displayLines = pm.getPreviousLines(LCD_Manager.SCREEN_ROWS - 1);
for (int i = 10, j = 0, k = display_PC; i >= 0; i--, j++, k--)
{
if (k < 0)
{
lm.eraseTerminalLine((uint)i);
continue;
}
string s = k.ToString("0000");
s += (k == display_PC) ? "> " : " ";
lm.outputTerminalLine((uint)i, s + _displayLines[j]);
}
lm.forcePaint();
}
public override void activate(string prevReceiver)
{
base.activate(prevReceiver);
if (prevReceiver.StartsWith("FILE"))
{
tick(0);
return;
}
LCD_Manager lm = _parent._m_Hardware_LCD;
lm.clearScreen();
lm.outputStatus(
_parent._m_Program_Memory.getCounter(),
_parent._m_Extended_Memory.getCounter(),
" ",
" ");
string[] Lines = _parent._m_RPN_Functions.getOutputLines();
_parent._m_Hardware_SD.getFolderListing(Lines, _nLinesShown, LCD_Manager.SCREEN_COLS - 1);
for (int i = 0; i < _nLinesShown; i++)
{
lm.outputTerminalLine((uint)i, Lines[i]);
}
lm.forcePaint();
}
public override void activate(string prevReceiver)
{
base.activate(prevReceiver);
if (prevReceiver.StartsWith("AUTO"))
{
tick(0);
return;
}
LCD_Manager lm = _parent.getLCD();
RPN_Stack st = _parent._m_RPN_Stack;
lm.clearScreen();
lm.outputStatus(
_parent._m_Program_Memory.getCounter(),
_parent._m_Extended_Memory.getCounter(),
_parent._m_RPN_Stack.getDModeName(),
" ");
lm.outputCalcRegister(0, st.X.toString());
lm.outputCalcLabel(0, st.X_Label);
lm.outputCalcRegister(1, st.Y.toString());
lm.outputCalcLabel(1, st.Y_Label);
lm.outputCalcRegister(2, st.Z.toString());
lm.outputCalcLabel(2, st.Z_Label);
lm.outputCalcRegister(3, st.T.toString());
lm.outputCalcLabel(3, st.T_Label);
lm.forcePaint();
}
public override void activate(string prevReceiver)
{
base.activate(prevReceiver);
LCD_Manager lm = _parent._m_Hardware_LCD;
lm.clearScreen();
lm.showSplash();
lm.forcePaint();
_splashed = DateTime.Now;
}
public void shutdown()
{
// TODO: Simulator dog-and-pony here
_m_Hardware_LCD.clearScreen();
_m_Hardware_LCD.showSplash();
_m_Hardware_LCD.forcePaint();
string returnReceiver = current_Receiver.Moniker;
// checks for Simulator only;
// the actual ESP32 hardware is simply off!
switch (returnReceiver)
{
case "OFF":
case "CONFIRMATION":
case "Data_Erase":
case "Prog_Erase":
returnReceiver = current_Receiver.getReturnReceiverMoniker();
break;
case "ADDRESS":
case "ADDRESS_AMX":
case "ADDRESS_AXM":
case "ADDRESS_MC":
case "ADDRESS_PC":
case "NUMBER":
case "NUMBER_DATA":
case "NUMBER_PROG":
case "TEXT":
current_Receiver.tick(31);
returnReceiver = current_Receiver.getReturnReceiverMoniker();
break;
default:
break;
}
_m_RPN_Functions.saveState(returnReceiver);
_m_Hardware_LCD.clearScreen();
_m_Hardware_LCD.forcePaint();
}
public override void activate(string prevReceiver)
{
base.activate(prevReceiver);
LCD_Manager lm = _parent._m_Hardware_LCD;
lm.clearScreen();
for (int i = 0; i < 256; i++)
{
int x = (i % 29) * 11;
int y = (i / 29) * 20;
lm.outputChar(x, y, (byte)i, System.Drawing.Color.Orange, System.Drawing.Color.Black);
}
lm.forcePaint();
}