public void GetTables()
{
// 括号表示多少长度可以满足数据条数, grp esc 指令未包括, 各种ID要从1开始算（查询时再-1），0表示没有
// 关系数据转成表ID指向数据ID+数据长度形式
// 1Inst对应一个param，如果出现同名多参数的就分成2个
// V $pfxcdt(byte:3), xxx ...前缀条件，满足条件指令才成立
// V $pair(byte), xxx
// V $name(short:10), xxx
// V $superscript(byte:4), xxx
// V $param(byte), param_pairID
// V $param2(byte), param_pairID, param_pairID
// V $param3(byte), param_pairID, param_pairID, param_pairID
// V $param4(byte), param_pairID, param_pairID, param_pairID, param_pairID
// X $hex(byte), hex_instID
// $inst(short), type, pfxcdtID(byte:3), superscriptID(byte:4), inst_nameID, paramCount(byte:3), paramID ...指令情况
// $inst_prefix, type, grp, rex...并到hex表里
// $inst_table, type,...并
// $inst_esc,...并
// $inst_grp,...
// X $param_pair(byte), pairID, len
// V $hex_inst(short), instID, len ...表的内容
// X $inst_name, nameID, len // 并到inst里
// 缺rm1、rm2、sib、esc表
// $pair
var pairs = GetOperandPairs().ToList(); // 包含grp
// 可以生成 $name $inst_name
List <NameIndex> names = CreateNames(); // 包含grp
// 可以生成param 1234
List <Param>[] param = GetParams(pairs); // 包含grp
// $hex_inst - id,count
Tuple <int, byte>[][] hexInst = CreateEmptyHexInst();
List <Inst> insts = new List <Inst>(); // $inst 不包含grp
// 根据指令字节分组
foreach (var table in GetByteTables())
{
Tuple <int, byte>[] tmp = null;
switch (table.Key)
{
case "Byte1":
tmp = hexInst[0]; // byte1;
break;
case "Byte2_0F":
tmp = hexInst[1]; // byte2_0F;
break;
case "Byte3_38":
tmp = hexInst[2]; // byte3_0F38;
break;
case "Byte3_3A":
tmp = hexInst[3]; // byte3_0F3A;
break;
default:
throw new Exception();
}
// 根据指令的HEX分组
foreach (var opcode in table.ToLookup((op) => op.Hex[op.Hex.Count - 1]))
{
tmp[Convert.ToInt32(opcode.Key, 16)] = new Tuple <int, byte>(insts.Count /* + 1*/, (byte)opcode.Count());
foreach (var instInfo in opcode)
{
Inst tmpInst = CreateInst(names, param, instInfo);
insts.Add(tmpInst);
}
}
}
// 映射组
var grpConv = from item in grpOpcode.Value
select new
{
Grp = item,
Name = names.Find((val) => val.Name.SequenceEqual(item.Name)),
Pfxcdt = item.Pfx == null ? string.Empty : string.Join("_", item.Pfx),
OpId = item.Operand == null ? 0 : param[item.Operand.Count - 1].FindIndex((p) => item.Operand.SequenceEqual(p.Params))
};
// 统计一下表
// var hexInstCount = from item in hexInst select item.Count((val) => val != null);
// 压缩byte3的两个表 - index - id,count
List <Tuple <byte, Tuple <int, byte> > > zipByte3_38, zipByte3_3A;
CreateZipByteTable(hexInst, out zipByte3_38, out zipByte3_3A);
var pairsCode = GetOperandDefs(pairs);
var namesCode = GetNamesDefCode(names);
var paramCode = GetOperandGroupDefCode(param);
var byte1 = GetHexInstCode(hexInst, 0);
var byte2 = GetHexInstCode(hexInst, 1);
var byte3_38_zip = GetHexInstCode(zipByte3_38, "HexTable3Zip_38");
var byte3_3A_zip = GetHexInstCode(zipByte3_3A, "HexTable3Zip_3A");
var instDic = CreateEmptyInstDic();
var hexInstCode = GetHexInstCode(insts, instDic);
var instCode = GetInstCode(instDic);
var pfxInstCode = GetPfxInstCode(instDic);
var grpInstCode = GetGrpInstCode(instDic); // inst里描述的grp，非grp表里描述的指令
StringBuilder result = new StringBuilder();
result.AppendLine(pairsCode);
result.AppendLine(namesCode);
result.AppendLine(paramCode);
result.AppendLine(byte1);
result.AppendLine(byte2);
result.AppendLine(byte3_38_zip);
result.AppendLine(byte3_3A_zip);
result.AppendLine(hexInstCode);
result.AppendLine(instCode);
result.AppendLine(pfxInstCode);
result.AppendLine(grpInstCode);
var file = Path.GetTempFileName();
File.AppendAllText(file, result.ToString());
Process.Start("notepad.exe", file).WaitForExit();
File.Delete(file);
// escTable escInst grpTable grpInst rmTable sibTable 缺表
}