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added more instructuioins

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Xtimhedi
2026-09-09 13:41:49 -05:00
parent a71d73e19d
commit 0decb483fe
18 changed files with 320 additions and 111 deletions
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Core/ComponentType.cs
+8
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@@ -18,14 +18,22 @@ namespace Core
STX, // Stores X into accumulator
STY, // Stores Y into accumulator
SEA, // Sets accumulator
ADD, // Adds X + Y then stores in Accumulator
SUB, // Subtracts X - Y then stores in Accumulator
MUL, // Multiplies X * Y then stores in Accumulator
DIV, // Divides X / Y then stores in Accumulator
JZE, // Jumps to a pointer in the program on zero flag
JNZE,// Jumps to a pouinter on not zero floag
JIE,
JMP, // Jumps to a pointer in the program
SFG, // Sets a flag to true
RFG, // Sets a flag to false
GIE, // Gets if X is equal to Y
PRA, // Prints accumulator
PRX, // Prints X
PRY, // Prints Y
Core/DebugDumper.cs
+5
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@@ -120,6 +120,11 @@ public class DebugDumper
comment = $"Set flag '{tokens[1]}' to false";
break;
// misc
case "GIE":
comment = $"Get if X ({x}) is equal to Y ({y})";
break;
// Debug
case "PRA":
comment = $"Print Accumulator ({accumulator})";
Core/Doc.txt
+11
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@@ -4,6 +4,7 @@ X, Y registers
Memory (8kb)
:: Flags
Z; Zero
E; Is Equal
:: Helpers
NVAR <name>, <value>; Sets new a variable and its value
@@ -27,10 +28,20 @@ DIV; Divides X / Y then stores in Accumulator
:: Commands (flow control)
JZE <pointer>; Jumps to a pointer in the program on zero flag
JNZE <pointer>; Jumps to a pointer if is not zero
JIE <pointer>; Jumps if is equal
JMP <pointer>; Jumps to a pointer in the program
SFG <flag>; Sets a flag to true
RFG <flag; Sets a flag to false
:: Extra shite
GIE; Gets if X is equal to Y
GIG; Gets if X is greater than Y
GIL; Gets if X is less than Y
GIGE; Gets if X is greater than or equal to Y
GILE; Gets if X is less than or equal to Y
:: Commands (Debug)
PRA; Prints accumulator
PRX; Prints X
Core/Operations.cs
+85 -66
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@@ -8,7 +8,6 @@ namespace Core
{
public class Operations
{
public Operations(int pixBufSize) => WindowSize = pixBufSize;
public Dictionary<string, int> Variables = new Dictionary<string, int>();
public static int WindowSize;
public int Accumulator = 0;
@@ -17,9 +16,24 @@ namespace Core
public int[] Memory = new int[256];
public string Filename;
public int pointer = 0;
public int[] PixBufferR = new int[WindowSize];
public int[] PixBufferG = new int[WindowSize];
public int[] PixBufferB = new int[WindowSize];
// Declare them here without `new int[WindowSize]`
public int[] PixBufferR;
public int[] PixBufferG;
public int[] PixBufferB;
public int f_IsEqu;
public int f_IsZer;
public Operations(int pixBufSize)
{
WindowSize = pixBufSize;
// Initialize them here so they use the correct WindowSize
PixBufferR = new int[WindowSize];
PixBufferG = new int[WindowSize];
PixBufferB = new int[WindowSize];
}
private int ResolveValue(string shite)
@@ -34,6 +48,8 @@ namespace Core
return StackX;
case "RAY":
return StackY;
case "f_IsEqual":
return f_IsEqu;
}
Variables.TryGetValue(shite, out int a);
return a;
@@ -45,6 +61,11 @@ namespace Core
}
}
private int booltoint(bool val)
{
return (val == true) ? 1 : 0;
}
public void ExecuteCommand(ComponentType type, string[] args)
{
@@ -96,6 +117,21 @@ namespace Core
case ComponentType.JMP:
pointer = ResolveValue(args[1]) - 1;
return;
case ComponentType.JNZE:
if (f_IsZer != 1)
{
pointer = ResolveValue(args[1]) - 1;
}
return;
case ComponentType.JIE:
if (f_IsEqu== 1)
{
pointer = ResolveValue(args[1]) - 1;
}
return;
case ComponentType.GIE:
f_IsEqu = booltoint(StackX == StackY);
return;
// math
case ComponentType.ADD:
@@ -134,87 +170,70 @@ namespace Core
public void EquParserLoop(string equ)
{
string[] lines = equ.Split(new[] { "\r\n", "\r", "\n" }, StringSplitOptions.None);
// Pass 1: Collect labels with correct line tracking
for (int i = 0; i < lines.Length; i++)
{
string trimmedLine = lines[i].Trim();
if (trimmedLine.StartsWith("@"))
{
string labelName = trimmedLine.Substring(1);
Variables[labelName] = i; // Point to the line index
}
}
// Pass 2: Execution loop
while (pointer < lines.Length)
{
string[] tokens = lines[pointer].Split(new char[] { ' ', ',' }, StringSplitOptions.RemoveEmptyEntries);
string command = tokens[0];
if (tokens.Length == 0)
if (tokens.Length == 0 || tokens[0].StartsWith("@"))
{
pointer++;
continue;
}
string command = tokens[0];
switch (command)
{
default: break;
case "::":
break;
// variables
case "NVAR":
ExecuteCommand(ComponentType.NVAR, tokens);
break;
case "RVAR":
ExecuteCommand(ComponentType.RVAR, tokens);
break;
case "SVAR":
ExecuteCommand(ComponentType.SVAR, tokens);
break;
// Variables
case "NVAR": ExecuteCommand(ComponentType.NVAR, tokens); break;
case "RVAR": ExecuteCommand(ComponentType.RVAR, tokens); break;
case "SVAR": ExecuteCommand(ComponentType.SVAR, tokens); break;
// memory
case "LDA":
ExecuteCommand(ComponentType.LDA, tokens);
break;
case "STA":
ExecuteCommand(ComponentType.STA, tokens);
break;
case "LDX":
ExecuteCommand(ComponentType.LDX, tokens);
break;
case "LDY":
ExecuteCommand(ComponentType.LDY, tokens);
break;
case "STX":
ExecuteCommand(ComponentType.STX, tokens);
break;
case "STY":
ExecuteCommand(ComponentType.STY, tokens);
break;
case "SEA":
ExecuteCommand(ComponentType.SEA, tokens);
break;
// Memory
case "LDA": ExecuteCommand(ComponentType.LDA, tokens); break;
case "STA": ExecuteCommand(ComponentType.STA, tokens); break;
case "LDX": ExecuteCommand(ComponentType.LDX, tokens); break;
case "LDY": ExecuteCommand(ComponentType.LDY, tokens); break;
case "STX": ExecuteCommand(ComponentType.STX, tokens); break;
case "STY": ExecuteCommand(ComponentType.STY, tokens); break;
case "SEA": ExecuteCommand(ComponentType.SEA, tokens); break;
// flow control
case "JMP":
ExecuteCommand(ComponentType.JMP, tokens);
break;
// Flow control
case "JMP": ExecuteCommand(ComponentType.JMP, tokens); break;
case "JNZE": ExecuteCommand(ComponentType.JNZE, tokens); break;
case "JIE": ExecuteCommand(ComponentType.JIE, tokens); break;
case "GIE": ExecuteCommand(ComponentType.GIE, tokens); break;
// math
case "ADD":
ExecuteCommand(ComponentType.ADD, tokens);
break;
// Math (Added missing operations)
case "ADD": ExecuteCommand(ComponentType.ADD, tokens); break;
case "SUB": ExecuteCommand(ComponentType.SUB, tokens); break;
case "MUL": ExecuteCommand(ComponentType.MUL, tokens); break;
case "DIV": ExecuteCommand(ComponentType.DIV, tokens); break;
// debug
case "PRA":
ExecuteCommand(ComponentType.PRA, tokens);
break;
case "PRX":
ExecuteCommand(ComponentType.PRX, tokens);
break;
case "PRY":
ExecuteCommand(ComponentType.PRY, tokens);
break;
case "PRM":
ExecuteCommand(ComponentType.PRM, tokens);
break;
case "HLT":
ExecuteCommand(ComponentType.HLT, tokens);
break;
// Debug
case "PRA": ExecuteCommand(ComponentType.PRA, tokens); break;
case "PRX": ExecuteCommand(ComponentType.PRX, tokens); break;
case "PRY": ExecuteCommand(ComponentType.PRY, tokens); break;
case "PRM": ExecuteCommand(ComponentType.PRM, tokens); break;
case "HLT": ExecuteCommand(ComponentType.HLT, tokens); break;
}
pointer++;
}
}
}
}
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MathLib/bin/Release/main.asm
+96 -17
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@@ -1,25 +1,104 @@
:: variables
NVAR var1, 12
NVAR var2, 10
NVAR outcome, 0
JMP 8
:: Some insight on this
:: @meta is the metadata discriptor
::
@meta
:: Set to codepage 610
SEA 610
:: codepage always gets stored at byte 0 of mem
STA 0
:: set interupt 0 to 615 (startup)
SEA 615
:: store in mem
STA 1
JMP ready
@readyjumpback
LDA 24
JMP ACC
:: setup
SEA var1
@ready
SEA ready
LDX
SEA var2
SEA 8
LDY
ADD
SVAR outcome, ACC
SEA outcome
STA 4
PRM 4
JMP 21
STA 24
JMP RegisterModes
JMP parse
@RegisterModes
NVAR m_add, 068
NVAR m_sub, 078
NVAR m_div, 088
NVAR m_mul, 098
NVAR mode, m_mul
NVAR A, 10
NVAR B, 10
JMP readyjumpback
:: end
RVAR var1
RVAR var2
RVAR outcome
@madd
SEA A
LDX
SEA B
LDY
ADD
STA 8
JMP EOF
@msub
SEA A
LDX
SEA B
LDY
SUB
STA 8
JMP EOF
@mmul
SEA A
LDX
SEA B
LDY
MUL
STA 8
JMP EOF
@mdiv
SEA A
LDX
SEA B
LDY
DIV
STA 8
JMP EOF
@parse
SEA mode
LDX
SEA m_add
LDY
GIE
JIE madd
SEA mode
LDX
SEA m_sub
LDY
GIE
JIE msub
SEA mode
LDX
SEA m_mul
LDY
GIE
JIE mmul
SEA mode
LDX
SEA m_div
LDY
GIE
JIE mdiv
JMP EOF
@EOF
PRM 8
HLT
MathLib/bin/Release/main.asmdump
+104 -25
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@@ -1,25 +1,104 @@
[0] :: variables
[1] NVAR var1, 12 :: Create 'var1' with value of '12'
[2] NVAR var2, 10 :: Create 'var2' with value of '10'
[3] NVAR outcome, 0 :: Create 'outcome' with value of '0'
[4] JMP 8 :: Jump to line 8
[5]
[6]
[7] :: setup
[8] SEA var1 :: Set Accumulator to 'var1' (12)
[9] LDX :: Load Accumulator (12) into X
[10] SEA var2 :: Set Accumulator to 'var2' (10)
[11] LDY :: Load Accumulator (10) into Y
[12] ADD :: Add X (12) and Y (10) and store into the Accumulator (22)
[13] SVAR outcome, ACC :: Set variable 'outcome' to '0'
[14] SEA outcome :: Set Accumulator to 'outcome' (0)
[15] STA 4 :: Store the Accumulator (0) into Memory address 4
[16] PRM 4 :: Print value of memory address 4
[17] JMP 21 :: Jump to line 21
[18]
[19]
[20] :: end
[21] RVAR var1 :: Remove variable 'var1'
[22] RVAR var2 :: Remove variable 'var2'
[23] RVAR outcome :: Remove variable 'outcome'
[24] HLT :: Halt execution
[0] :: Some insight on this
[1] :: @meta is the metadata discriptor
[2] ::
[3] @meta :: Unknown command
[4] :: Set to codepage 610
[5] SEA 610 :: Set Accumulator to 610
[6] :: codepage always gets stored at byte 0 of mem
[7] STA 0 :: Store the Accumulator (610) into Memory address 0
[8] :: set interupt 0 to 615 (startup)
[9] SEA 615 :: Set Accumulator to 615
[10] :: store in mem
[11] STA 1 :: Store the Accumulator (615) into Memory address 1
[12] JMP ready :: Jump to line ready
[13]
[14] @readyjumpback :: Unknown command
[15] LDA 24 :: Load memory address 24 into Accumulator
[16] JMP ACC :: Jump to line ACC
[17]
[18] @ready :: Unknown command
[19] SEA ready :: Set Accumulator to 0
[20] LDX :: Load Accumulator (0) into X
[21] SEA 8 :: Set Accumulator to 8
[22] LDY :: Load Accumulator (8) into Y
[23] ADD :: Add X (0) and Y (8) and store into the Accumulator (8)
[24] STA 24 :: Store the Accumulator (8) into Memory address 24
[25] JMP RegisterModes :: Jump to line RegisterModes
[26] JMP parse :: Jump to line parse
[27]
[28] @RegisterModes :: Unknown command
[29] NVAR m_add, 068 :: Create 'm_add' with value of '68'
[30] NVAR m_sub, 078 :: Create 'm_sub' with value of '78'
[31] NVAR m_div, 088 :: Create 'm_div' with value of '88'
[32] NVAR m_mul, 098 :: Create 'm_mul' with value of '98'
[33] NVAR mode, m_mul :: Create 'mode' with value of '98'
[34] NVAR A, 10 :: Create 'A' with value of '10'
[35] NVAR B, 10 :: Create 'B' with value of '10'
[36] JMP readyjumpback :: Jump to line readyjumpback
[37]
[38] @madd :: Unknown command
[39] SEA A :: Set Accumulator to 'A' (10)
[40] LDX :: Load Accumulator (10) into X
[41] SEA B :: Set Accumulator to 'B' (10)
[42] LDY :: Load Accumulator (10) into Y
[43] ADD :: Add X (10) and Y (10) and store into the Accumulator (20)
[44] STA 8 :: Store the Accumulator (20) into Memory address 8
[45] JMP EOF :: Jump to line EOF
[46]
[47] @msub :: Unknown command
[48] SEA A :: Set Accumulator to 'A' (10)
[49] LDX :: Load Accumulator (10) into X
[50] SEA B :: Set Accumulator to 'B' (10)
[51] LDY :: Load Accumulator (10) into Y
[52] SUB :: Subtract Y (10) from X (10) and store into the Accumulator (0)
[53] STA 8 :: Store the Accumulator (0) into Memory address 8
[54] JMP EOF :: Jump to line EOF
[55]
[56] @mmul :: Unknown command
[57] SEA A :: Set Accumulator to 'A' (10)
[58] LDX :: Load Accumulator (10) into X
[59] SEA B :: Set Accumulator to 'B' (10)
[60] LDY :: Load Accumulator (10) into Y
[61] MUL :: Multiply X (10) and Y (10) and store into the Accumulator (100)
[62] STA 8 :: Store the Accumulator (100) into Memory address 8
[63] JMP EOF :: Jump to line EOF
[64]
[65] @mdiv :: Unknown command
[66] SEA A :: Set Accumulator to 'A' (10)
[67] LDX :: Load Accumulator (10) into X
[68] SEA B :: Set Accumulator to 'B' (10)
[69] LDY :: Load Accumulator (10) into Y
[70] DIV :: Divide X (10) by Y (10) and store into the Accumulator (1)
[71] STA 8 :: Store the Accumulator (1) into Memory address 8
[72] JMP EOF :: Jump to line EOF
[73]
[74] @parse :: Unknown command
[75] SEA mode :: Set Accumulator to 'mode' (98)
[76] LDX :: Load Accumulator (98) into X
[77] SEA m_add :: Set Accumulator to 'm_add' (68)
[78] LDY :: Load Accumulator (68) into Y
[79] GIE :: Get if X (98) is equal to Y (68)
[80] JIE madd :: Unknown command
[81] SEA mode :: Set Accumulator to 'mode' (98)
[82] LDX :: Load Accumulator (98) into X
[83] SEA m_sub :: Set Accumulator to 'm_sub' (78)
[84] LDY :: Load Accumulator (78) into Y
[85] GIE :: Get if X (98) is equal to Y (78)
[86] JIE msub :: Unknown command
[87] SEA mode :: Set Accumulator to 'mode' (98)
[88] LDX :: Load Accumulator (98) into X
[89] SEA m_mul :: Set Accumulator to 'm_mul' (98)
[90] LDY :: Load Accumulator (98) into Y
[91] GIE :: Get if X (98) is equal to Y (98)
[92] JIE mmul :: Unknown command
[93] SEA mode :: Set Accumulator to 'mode' (98)
[94] LDX :: Load Accumulator (98) into X
[95] SEA m_div :: Set Accumulator to 'm_div' (88)
[96] LDY :: Load Accumulator (88) into Y
[97] GIE :: Get if X (98) is equal to Y (88)
[98] JIE mdiv :: Unknown command
[99] JMP EOF :: Jump to line EOF
[100]
[101] @EOF :: Unknown command
[102] PRM 8 :: Print value of memory address 8
[103] HLT :: Halt execution
MathLib/bin/Release/test.asm
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@@ -1,2 +1,10 @@
:: variables
NVAR
NVAR m_add, 1
NVAR m_sub, 2
NVAR m_mul, 3
NVAR m_div, 4
NVAR mode, m_add
SEA mode
STA 0
PRM 0
HLT
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