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Implement disassembly for all instructions

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This commit is contained in:
Yoshi Askharoun
2024-01-31 18:34:45 -06:00
parent 410848a29e
commit f075fce9ec
1 changed files with 72 additions and 40 deletions
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libs/UIX.Asm/Disassembler.cs
+72 -40
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@@ -3,9 +3,6 @@ using Microsoft.Iris.Asm.Models;
using Microsoft.Iris.Markup;
using System;
using System.Collections.Generic;
using System.IO;
using System.Linq;
using System.Threading.Tasks;
namespace Microsoft.Iris.Asm;
@@ -62,28 +59,73 @@ public class Disassembler
switch (opCode)
{
case OpCode.ConstructObject:
// COBJ <typeIndex>
// CMD (No operands)
case OpCode.InitializeInstanceIndirect: // INITI
case OpCode.PushNull: // PSHN
case OpCode.PushThis: // PSHT
case OpCode.DiscardValue: // DIS
case OpCode.ReturnValue: // RET
case OpCode.ReturnVoid: // RETV
yield return new Instruction(opCode, []);
break;
// CMD <UInt16>
case OpCode.ConstructObject: // COBJ <typeIndex>
case OpCode.ConstructObjectIndirect: // COBJI <assignmentTypeIndex>
case OpCode.InitializeInstance: // INIT <typeIndex>
case OpCode.LookupSymbol: // LSYM <symbolRefIndex>
case OpCode.WriteSymbol: // WSYM <symbolRefIndex>
case OpCode.WriteSymbolPeek: // WSYMP <symbolRefIndex>
case OpCode.ClearSymbol: // CSYM <symbolRefIndex>
case OpCode.PropertyInitialize: // PINI <propertyIndex>
case OpCode.PropertyInitializeIndirect: // PINII <propertyIndex>
case OpCode.PropertyListAdd: // PLAD <propertyIndex>
case OpCode.PropertyAssign: // PASS <propertyIndex>
case OpCode.PropertyAssignStatic: // PASST <propertyIndex>
case OpCode.PropertyGet: // PGET <propertyIndex>
case OpCode.PropertyGetPeek: // PGETP <propertyIndex>
case OpCode.PropertyGetStatic: // PGETT <propertyIndex>
case OpCode.MethodInvoke: // MINV <methodIndex>
case OpCode.MethodInvokePeek: // MINVP <methodIndex>
case OpCode.MethodInvokeStatic: // MINVT <methodIndex>
case OpCode.MethodInvokePushLastParam: // MINVA <methodIndex>
case OpCode.MethodInvokeStaticPushLastParam: // MINVAT <methodIndex>
case OpCode.VerifyTypeCast: // VTC <typeIndex>
case OpCode.IsCheck: // ISC <targetTypeIndex>
case OpCode.As: // ASC <targetTypeIndex>
case OpCode.TypeOf: // TYP <typeIndex>
case OpCode.PushConstant: // PSHC <constantIndex>
case OpCode.ConstructListenerStorage: // CLIS <listenerCount>
yield return new Instruction(opCode, [new(reader.ReadUInt16())]);
break;
case OpCode.ConstructObjectIndirect:
// COBI <assignmentTypeIndex>
yield return new Instruction(opCode, [new(reader.ReadUInt16())]);
// CMD <UInt32>
case OpCode.JumpIfFalse: // JMPF <jumpTo>
case OpCode.JumpIfFalsePeek: // JMPFP <jumpTo>
case OpCode.JumpIfTruePeek: // JMPT <jumpTo>
case OpCode.JumpIfNullPeek: // JMPNP <jumpTo>
case OpCode.Jump: // JMP <jumpTo>
yield return new Instruction(opCode, [new(reader.ReadUInt32())]);
break;
case OpCode.ConstructObjectParam:
// COBP <targetTypeIndex> <constructorIndex>
// CMD <Int32>
case OpCode.EnterDebugState: // DBG <breakpointIndex>
yield return new Instruction(opCode, [new(reader.ReadInt32())]);
break;
// CMD <UInt16> <UInt16>
case OpCode.ConstructObjectParam: // COBP <targetTypeIndex> <constructorIndex>
case OpCode.ConstructFromString: // CSTR <typeIndex> <stringIndex>
case OpCode.PropertyDictionaryAdd: // PDAD <propertyIndex> <keyIndex>
case OpCode.ConvertType: // CON <toTypeIndex> <fromTypeIndex>
yield return new Instruction(opCode, [new(reader.ReadUInt16()), new(reader.ReadUInt16())]);
break;
case OpCode.ConstructFromString:
// CSTR <typeIndex> <stringIndex>
yield return new Instruction(opCode, [new(reader.ReadUInt16()), new(reader.ReadUInt16())]);
case OpCode.JumpIfDictionaryContains: // JMPD <propertyIndex> <keyIndex> <jumpTo>
yield return new Instruction(opCode, [new(reader.ReadUInt16()), new(reader.ReadUInt16()), new(reader.ReadUInt32())]);
break;
case OpCode.ConstructFromBinary:
// CBIN <typeIndex> <object:X>
case OpCode.ConstructFromBinary: // CBIN <typeIndex> <object>
var cbinTypeIndex = reader.ReadUInt16();
TypeSchema cbinTypeSchema = _loadResult.ImportTables.TypeImports[cbinTypeIndex];
object cbinObject = cbinTypeSchema.DecodeBinary(reader);
@@ -91,36 +133,26 @@ public class Disassembler
yield return new Instruction(opCode, [new(cbinTypeIndex), new(cbinObject)]);
break;
// TODO
case OpCode.Operation: // OPR <opHostIndex> <operation>
var opHostIndex = reader.ReadUInt16();
var op = (OperationType)reader.ReadByte();
case OpCode.PropertyInitialize:
// PINI <propertyIndex>
yield return new Instruction(opCode, [new(reader.ReadUInt16())]);
yield return new Instruction(opCode, op, [new(opHostIndex)]);
break;
case OpCode.PropertyInitializeIndirect:
// PINII <propertyIndex>
yield return new Instruction(opCode, [new(reader.ReadUInt16())]);
case OpCode.Listen: // LIS <listenerIndex> <listenerType> <watchIndex> <handlerOffset>
case OpCode.DestructiveListen: // LISD <listenerIndex> <listenerType> <watchIndex> <handlerOffset> <refreshOffset>
List<Operand> lisOperands = [new(reader.ReadUInt16()), new(reader.ReadByte()),
new(reader.ReadUInt16()), new(reader.ReadUInt32())];
if (opCode == OpCode.DestructiveListen)
lisOperands.Add(new(reader.ReadUInt32()));
yield return new Instruction(opCode, lisOperands);
break;
// TODO
case OpCode.PushConstant:
// PSHC <constantIndex>
yield return new Instruction(opCode, [new(reader.ReadUInt16())]);
break;
// TODO
case OpCode.ReturnValue:
// RET
yield return new Instruction(opCode, []);
break;
case OpCode.ReturnVoid:
// RETV
yield return new Instruction(opCode, []);
break;
default:
throw new NotImplementedException($"The {opCode} instruction has not been implemented yet.");
}
}