public override byte tick(byte scancode)
{
LCD_Manager lm = _parent._m_Hardware_LCD;
Program_Memory pm = _parent._m_Program_Memory;
lm.updateStatusPC(pm.getCounter());
lm.updateStatusMC(_parent._m_Extended_Memory.getCounter());
lm.updateStatusDMODE(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.updateTerminalLine((uint)i, s + _displayLines[j]);
}
lm.requestUpdate();
return(0);
}
protected override void completeEntry(string value)
{
Program_Memory pm = _parent._m_Program_Memory;
pm.updateLine(value);
pm.incrementCounter();
}
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 virtual void advancePC(MK52_Host components)
{
Program_Memory pm = components._m_Program_Memory;
pm.incrementCounter();
while (!pm.isAtEnd() && pm.getCurrentLine().Length == 0)
{
pm.incrementCounter();
}
}
public override void execute(MK52_Host components, string command)
{
Program_Memory pm = _ProgMem(components);
if (!pm.goSub(command))
{
return;
}
_Stack(components).setLabel_P(0, "Error: call stack full");
}
public override void execute(MK52_Host components, string command)
{
Program_Memory pm = _ProgMem(components);
if (!pm.returnFromSub())
{
return;
}
_Stack(components).setLabel_P(0, "Error: stack busted!");
}
protected override void updateDisplay(string value)
{
LCD_Manager lm = _parent.getLCD();
Program_Memory pm = _parent._m_Program_Memory;
StringBuilder sb = new StringBuilder();
sb.Append(pm.toCounterString());
sb.Append(value.Trim());
lm.updateTerminalLine(LCD_Manager.SCREEN_ROWS - 2, sb.ToString());
lm.requestUpdate();
}
public override void execute(MK52_Host components, string command)
{
RPN_Stack st = _Stack(components);
Program_Memory pm = _ProgMem(components);
if (st.X.toReal() == 0.0)
{
pm.incrementCounter();
}
else
{
pm.setCounter(command);
}
}
protected virtual void completeEntry(string value)
{
Program_Memory pm = _parent._m_Program_Memory;
if (value.Length == 0)
{
pm.replaceLine_P("");
return;
}
uint addr = Convert.ToUInt32(value);
StringBuilder sb = new StringBuilder();
sb.Append(pm.getCurrentLine());
sb.Append(addr.ToString("0000"));
pm.replaceLine(sb.ToString());
pm.incrementCounter();
}
public override void execute(MK52_Host components, string command)
{
RPN_Functions _rpnf = components._m_RPN_Functions;
LCD_Manager _lcd = components._m_Hardware_LCD;
RPN_Stack _st = components._m_RPN_Stack;
Program_Memory _pm = components._m_Program_Memory;
Extended_Memory _em = components._m_Extended_Memory;
//_lcd.updateStatus(_pm.getCounter(), _em.getCounter(), _st.getDModeName(), "RUN");
//_lcd.updateCalcRegister(0, _st.X.toString());
//_lcd.updateCalcLabel(0, _st.X_Label);
//_lcd.updateCalcRegister(1, _st.Y.toString());
//_lcd.updateCalcLabel(1, _st.Y_Label);
//_lcd.updateCalcRegister(2, _st.Z.toString());
//_lcd.updateCalcLabel(2, _st.Z_Label);
//_lcd.updateCalcRegister(3, _st.T.toString());
//_lcd.updateCalcLabel(3, _st.T_Label);
//_lcd.requestUpdate();
}
public void init(MK52_Host components)
{
_parent = components;
rpnStack = components._m_RPN_Stack;
regMem = components._m_Register_Memory;
progMem = components._m_Program_Memory;
extMem = components._m_Extended_Memory;
_sd = components._m_Hardware_SD;
for (int i = 0; i < _lines.Length; i++)
{
_lines[i] = "";
}
// first check for empty program line
_appendFunction(new Func_Empty());
// #define FUNC_10X 1
_appendFunction(new Func_10x());
// #define FUNC_1X 2
_appendFunction(new Func_1X());
// #define FUNC_A_M2X 3
_appendFunction(new Func_A_M2X());
// #define FUNC_A_X2M 4
_appendFunction(new Func_A_X2M());
// #define FUNC_ABS 5
_appendFunction(new Func_Abs());
// #define FUNC_AND 6
_appendFunction(new Func_And());
// #define FUNC_ARCCOS 7
_appendFunction(new Func_ArcCos());
// #define FUNC_ARCSIN 8
_appendFunction(new Func_ArcSin());
// #define FUNC_ARCTG 9
_appendFunction(new Func_ArcTg());
// #define FUNC_BX 10
_appendFunction(new Func_Bx());
// #define FUNC_CHAIN 11
_appendFunction(new Func_Chain());
// #define FUNC_CLEAR_X 12
_appendFunction(new Func_Clear_X());
// #define FUNC_COMMENT 13
_appendFunction(new Func_Comment());
// #define FUNC_COS 14
_appendFunction(new Func_Cos());
// #define FUNC_D2DM 15
_appendFunction(new Func_D2DM());
// #define FUNC_D2DMS 16
_appendFunction(new Func_D2DMS());
// #define FUNC_DELAY 17
_appendFunction(new Func_Delay());
// #define FUNC_DIVIDE 18
_appendFunction(new Func_Divide());
// #define FUNC_DM2D 19
_appendFunction(new Func_DM2D());
// #define FUNC_D2RAD 20
_appendFunction(new Func_D2Rad());
// #define FUNC_DMS2D 21
_appendFunction(new Func_DMS2D());
// #define FUNC_DMOD_DEG 22
_appendFunction(new Func_DMOD_DEG());
// #define FUNC_DMOD_GRD 23
_appendFunction(new Func_DMOD_GRD());
// #define FUNC_DMOD_RAD 24
_appendFunction(new Func_DMOD_RAD());
// #define FUNC_EE 25
_appendFunction(new Func_EE());
// #define FUNC_ENTER 26
_appendFunction(new Func_Enter());
// #define FUNC_EXP 27
_appendFunction(new Func_Exp());
// #define FUNC_FRAC 28
_appendFunction(new Func_Frac());
// #define FUNC_GOTO 29
_appendFunction(new Func_GOTO());
// #define FUNC_GOSUB 30
_appendFunction(new Func_GOSUB());
// #define FUNC_IFNOTEQ0 31
_appendFunction(new Func_IfNotEQ0());
// #define FUNC_IFNOTGE0 32
_appendFunction(new Func_IfNotGE0());
// #define FUNC_IFNOTLT0 33
_appendFunction(new Func_IfNotLT0());
// #define FUNC_IFNOTNE0 34
_appendFunction(new Func_IfNotNE0());
// #define FUNC_IFNOTEQY 35
_appendFunction(new Func_IfNotEQY());
// #define FUNC_IFNOTGEY 36
_appendFunction(new Func_IfNotGEY());
// #define FUNC_IFNOTLTY 37
_appendFunction(new Func_IfNotLTY());
// #define FUNC_IFNOTNEY 38
_appendFunction(new Func_IfNotNEY());
// #define FUNC_IN2MM 39
_appendFunction(new Func_in2mm());
// #define FUNC_K_M2X 40
_appendFunction(new Func_K_M2X());
// #define FUNC_K_X2M 41
_appendFunction(new Func_K_X2M());
// #define FUNC_L0 42
_appendFunction(new Func_L0());
// #define FUNC_L1 43
_appendFunction(new Func_L1());
// #define FUNC_L2 44
_appendFunction(new Func_L2());
// #define FUNC_L3 45
_appendFunction(new Func_L3());
// #define FUNC_LBR 46
_appendFunction(new Func_LBR());
// #define FUNC_LBT 47
_appendFunction(new Func_LBT());
// #define FUNC_LBX 48
_appendFunction(new Func_LBX());
// #define FUNC_LBY 49
_appendFunction(new Func_LBY());
// #define FUNC_LBZ 50
_appendFunction(new Func_LBZ());
// #define FUNC_LEDOFF 51
_appendFunction(new Func_LEDOff());
// #define FUNC_LEDON 52
_appendFunction(new Func_LEDOn());
// #define FUNC_LG 53
_appendFunction(new Func_Lg());
// #define FUNC_LN 54
_appendFunction(new Func_Ln());
// #define FUNC_LOAD 55
_appendFunction(new Func_Load());
// #define FUNC_LOADALL 56
_appendFunction(new Func_LoadAll());
// #define FUNC_LOADDATA 57
_appendFunction(new Func_LoadData());
// #define FUNC_LOG 58
_appendFunction(new Func_Log());
// #define FUNC_M2X 59
_appendFunction(new Func_M2X());
// #define FUNC_MAX 60
_appendFunction(new Func_Max());
// #define FUNC_MEMSET 61
_appendFunction(new Func_MemSet());
// #define FUNC_MEMSWP 62
_appendFunction(new Func_MemSwp());
// #define FUNC_MEXTOR 63
_appendFunction(new Func_MexToR());
// #define FUNC_MEXTOX 64
_appendFunction(new Func_MexToX());
// #define FUNC_MINUS 65
_appendFunction(new Func_Minus());
// #define FUNC_MKDIR 66
_appendFunction(new Func_MkDir());
// #define FUNC_MM2IN 67
_appendFunction(new Func_mm2in());
// #define FUNC_MULTIPLY 68
_appendFunction(new Func_Multiply());
// #define FUNC_NEGATE 69
_appendFunction(new Func_Negate());
// #define FUNC_NOT 71
_appendFunction(new Func_Not());
// #define FUNC_ONEQ0 72
// #define FUNC_ONGE0 73
// #define FUNC_ONLT0 74
// #define FUNC_ONNE0 75
// #define FUNC_ONEQY 76
// #define FUNC_ONGEY 77
// #define FUNC_ONLTY 78
// #define FUNC_ONNEY 79
// #define FUNC_ONKBD 80
// #define FUNC_OR 81
_appendFunction(new Func_Or());
// #define FUNC_PI 82
_appendFunction(new Func_PI());
// #define FUNC_POW 83
_appendFunction(new Func_Pow());
// #define FUNC_POWYX 84
_appendFunction(new Func_PowYX());
// #define FUNC_PLUS 85
_appendFunction(new Func_Plus());
// #define FUNC_RAD2D 86
_appendFunction(new Func_Rad2D());
// #define FUNC_RAND 87
_appendFunction(new Func_Rand());
// #define FUNC_REMOVE 88
_appendFunction(new Func_Remove());
// #define FUNC_RETURN 89
_appendFunction(new Func_Return());
// #define FUNC_RTOMEX 90
_appendFunction(new Func_RToMex());
// #define FUNC_ROT 91
_appendFunction(new Func_Rot());
// #define FUNC_SAVE 92
_appendFunction(new Func_Save());
// #define FUNC_SAVEALL 93
_appendFunction(new Func_SaveAll());
// #define FUNC_SAVEDATA 94
_appendFunction(new Func_SaveData());
// #define FUNC_SEED 95
_appendFunction(new Func_Seed());
// #define FUNC_SIGN 96
_appendFunction(new Func_Sign());
// #define FUNC_SIN 97
_appendFunction(new Func_Sin());
// #define FUNC_SQRT 98
_appendFunction(new Func_SQRT());
// #define FUNC_STOP 99
_appendFunction(new Func_Stop());
// #define FUNC_SWAP 100
_appendFunction(new Func_Swap());
// #define FUNC_TG 101
_appendFunction(new Func_Tg());
// #define FUNC_UPDATE 102
_appendFunction(new Func_Update());
// #define FUNC_WHOLE 103
_appendFunction(new Func_Whole());
// #define FUNC_X2 104
_appendFunction(new Func_X2());
// #define FUNC_X2M 105
_appendFunction(new Func_X2M());
// #define FUNC_XOR 106
_appendFunction(new Func_Xor());
// #define FUNC_XTOMEX 107
_appendFunction(new Func_XToMex());
// if the name is not found, it must be a number and should be placed to register X
_appendFunction(new Func_Number());
}
// On the original MK-52 stop advanced PC past the operator
public override void advancePC(MK52_Host components)
{
Program_Memory pm = components._m_Program_Memory;
pm.incrementCounter();
}