初步支持解析script code

稍后我再看看能不能改善一些
This commit is contained in:
Chenx221 2024-10-15 13:15:23 +08:00
parent 71e99f86d4
commit 72f9b2190f

View File

@ -1,13 +1,11 @@
using Microsoft.Data.Sqlite;
using System.Reflection;
using System.Reflection;
using System.Text;
using System.Xml.Linq;
namespace EscudeTools
{
public class ScriptMessage
{
public byte[] Data { get; set; } // MESS領域 (消息区域) //这个还不知道怎么解析人能看懂的
public byte[] Data { get; set; } // MESS領域 (消息区域) //这个还不知道怎么解析人能看懂的
public uint Size { get; set; } // MESS領域サイズ (消息区域大小)
public List<uint> Offset { get; set; } // MESSオフセット (消息偏移)
public uint Count { get; set; } // MESS数 (消息数量)
@ -26,6 +24,63 @@ namespace EscudeTools
public uint MessCount { get; set; } // MESS数 (消息数量)
public string[] TextString { get; set; } // 给人看的Text内容
public List<Command> commands { get; set; } // 给人看的Code内容
}
public class Command
{
public byte Instruction { get; set; }
public string InstructionString { get; set; }
public List<int> Parameter { get; set; }
}
public static class Instructions
{
public const byte INST_POP = 1;
public const byte INST_POP_N = 2;
public const byte INST_POP_RET = 3;
public const byte INST_PUSH_INT = 4;
public const byte INST_PUSH_FLOAT = 5;
public const byte INST_PUSH_RET = 6;
public const byte INST_PUSH_TEXT = 7;
public const byte INST_PUSH_MESS = 8;
public const byte INST_PUSH_GVAR = 9;
public const byte INST_PUSH_LVAR = 10;
public const byte INST_STORE_GVAR = 11;
public const byte INST_STORE_LVAR = 12;
public const byte INST_ENTER = 13;
public const byte INST_LEAVE = 14;
public const byte INST_JMP = 15;
public const byte INST_JMPZ = 16;
public const byte INST_CALL = 17;
public const byte INST_RET = 18;
public const byte INST_LOG_OR = 19;
public const byte INST_LOG_AND = 20;
public const byte INST_LOG_NOT = 21;
public const byte INST_OR = 22;
public const byte INST_XOR = 23;
public const byte INST_AND = 24;
public const byte INST_NOT = 25;
public const byte INST_CMP_EQ = 26;
public const byte INST_CMP_NE = 27;
public const byte INST_CMP_LT = 28;
public const byte INST_CMP_LE = 29;
public const byte INST_CMP_GT = 30;
public const byte INST_CMP_GE = 31;
public const byte INST_SHL = 32;
public const byte INST_SHR = 33;
public const byte INST_ADD = 34;
public const byte INST_SUB = 35;
public const byte INST_MUL = 36;
public const byte INST_DIV = 37;
public const byte INST_MOD = 38;
public const byte INST_NEG = 39;
public const byte INST_NAME = 40;
public const byte INST_TEXT = 41;
public const byte INST_PAGE = 42;
public const byte INST_OPTION = 43;
public const byte INST_PROC = 44;
public const byte INST_LINE = 45;
}
public class ScriptManager
@ -79,9 +134,108 @@ namespace EscudeTools
{
sf.TextString[i] = ReadStringFromTextData(sf.Text, (int)sf.TextOffset[i]);
}
sf.commands = new List<Command>();
for (int i = 0; i < sf.CodeSize;)
{
Command c = new()
{
Parameter = [],
Instruction = sf.Code[i++]
};
int paramNum = 0;
c.InstructionString = GetInstructionString(c.Instruction, out paramNum);
for (int j = 0; j < paramNum; j++)
{
c.Parameter.Add(BitConverter.ToInt32(sf.Code, i));
i += 4;
}
sf.commands.Add(c);
}
return true;
}
private static string GetInstructionString(byte instruction, out int paramNum)
{
paramNum = 0;
string instructionString = instruction switch
{
Instructions.INST_POP => "INST_POP",
Instructions.INST_POP_N => "INST_POP_N",
Instructions.INST_POP_RET => "INST_POP_RET",
Instructions.INST_PUSH_INT => "INST_PUSH_INT",
Instructions.INST_PUSH_FLOAT => "INST_PUSH_FLOAT",
Instructions.INST_PUSH_RET => "INST_PUSH_RET",
Instructions.INST_PUSH_TEXT => "INST_PUSH_TEXT",
Instructions.INST_PUSH_MESS => "INST_PUSH_MESS",
Instructions.INST_PUSH_GVAR => "INST_PUSH_GVAR",
Instructions.INST_PUSH_LVAR => "INST_PUSH_LVAR",
Instructions.INST_STORE_GVAR => "INST_STORE_GVAR",
Instructions.INST_STORE_LVAR => "INST_STORE_LVAR",
Instructions.INST_ENTER => "INST_ENTER",
Instructions.INST_LEAVE => "INST_LEAVE",
Instructions.INST_JMP => "INST_JMP",
Instructions.INST_JMPZ => "INST_JMPZ",
Instructions.INST_CALL => "INST_CALL",
Instructions.INST_RET => "INST_RET",
Instructions.INST_LOG_OR => "INST_LOG_OR",
Instructions.INST_LOG_AND => "INST_LOG_AND",
Instructions.INST_LOG_NOT => "INST_LOG_NOT",
Instructions.INST_OR => "INST_OR",
Instructions.INST_XOR => "INST_XOR",
Instructions.INST_AND => "INST_AND",
Instructions.INST_NOT => "INST_NOT",
Instructions.INST_CMP_EQ => "INST_CMP_EQ",
Instructions.INST_CMP_NE => "INST_CMP_NE",
Instructions.INST_CMP_LT => "INST_CMP_LT",
Instructions.INST_CMP_LE => "INST_CMP_LE",
Instructions.INST_CMP_GT => "INST_CMP_GT",
Instructions.INST_CMP_GE => "INST_CMP_GE",
Instructions.INST_SHL => "INST_SHL",
Instructions.INST_SHR => "INST_SHR",
Instructions.INST_ADD => "INST_ADD",
Instructions.INST_SUB => "INST_SUB",
Instructions.INST_MUL => "INST_MUL",
Instructions.INST_DIV => "INST_DIV",
Instructions.INST_MOD => "INST_MOD",
Instructions.INST_NEG => "INST_NEG",
Instructions.INST_NAME => "INST_NAME",
Instructions.INST_TEXT => "INST_TEXT",
Instructions.INST_PAGE => "INST_PAGE",
Instructions.INST_OPTION => "INST_OPTION",
Instructions.INST_PROC => "INST_PROC",
Instructions.INST_LINE => "INST_LINE",
_ => "UNKNOWN INSTRUCTION"
};
switch (instruction)
{
case Instructions.INST_POP_N:
case Instructions.INST_PUSH_INT:
case Instructions.INST_PUSH_FLOAT:
case Instructions.INST_PUSH_TEXT:
case Instructions.INST_PUSH_MESS:
case Instructions.INST_PUSH_GVAR:
case Instructions.INST_PUSH_LVAR:
case Instructions.INST_STORE_GVAR:
case Instructions.INST_STORE_LVAR:
case Instructions.INST_ENTER:
case Instructions.INST_JMP:
case Instructions.INST_JMPZ:
case Instructions.INST_CALL:
case Instructions.INST_NAME:
case Instructions.INST_TEXT:
case Instructions.INST_PROC:
case Instructions.INST_LINE:
paramNum = 1;
break;
case Instructions.INST_OPTION:
paramNum = 2;
break;
}
return instructionString;
}
private static uint ReadUInt32(BinaryReader reader)
{
byte[] bytes = reader.ReadBytes(4);