public Val32 AddData(string category, string name, Val32 type, int size, int len, Block32 data)
{
var db = new DataBlock();
db.Block.AddVal32(type);
db.Block.AddInt(1);
db.Block.AddInt(size);
db.Block.AddInt(len);
var offset = db.Block.Length;
db.Block.AddBlock(data);
Module.Data.AddDataBlock(category, name, db);
return Val32.New2(db.Address, Val32.New(offset));
}
public void Set(Addr32 src)
{
isInitialized = src.isInitialized;
reg = src.reg;
disp = src.disp;
address = src.address;
middleBits = src.middleBits;
}
public static OpCode AndR(Reg32 op1, Val32 op2)
{
return FromName2R("and", op1, op2);
}
public static OpCode XorR(Reg32 op1, Val32 op2)
{
return FromName2R("xor", op1, op2);
}
public static OpCode TestR(Reg32 op1, Val32 op2)
{
return FromName2R("test", op1, op2);
}
public static OpCode SubR(Reg32 op1, Val32 op2)
{
return FromName2R("sub", op1, op2);
}
public static OpCode AdcR(Reg32 op1, Val32 op2)
{
return FromName2R("adc", op1, op2);
}
public static OpCode MovA(Addr32 op1, Val32 op2)
{
return FromName2A("mov", op1, op2);
}
public static Val32 New(uint v)
{
var ret = new Val32();
ret.Value = v;
return ret;
}
// Push, Pop, Inc, Dec, Not, Neg, Mul, Imul, Div, Idiv
public static OpCode PushD(Val32 op1)
{
return OpCode.NewD(Util.GetBytes1(0x68), op1);
}
public static OpCode Loop(Val32 op1)
{
var ret = OpCode.NewDRel(Util.GetBytes1(0xe2), op1, true);
ret.ByteRelative = true;
return ret;
}
public static OpCode Jcc(Cc c, Val32 op1)
{
return OpCode.NewDRel(Util.GetBytes2(0x0f, (byte)(0x80 + c)), op1, true);
}
public void Add(int n)
{
if (n == 0) return;
if (address != null)
{
address = Val32.New2(address, Val32.NewI(n));
}
else
{
disp += n;
}
}
public static Addr32 NewD(Val32 ad)
{
var ret = new Addr32(); ret.isInitialized = true; ret.address = ad; return ret;
}
public static OpCode AdcA(Addr32 op1, Val32 op2)
{
return FromName2A("adc", op1, op2);
}
public static OpCode FromName2R(string op, Reg32 op1, Val32 op2)
{
byte[] bytes;
switch (op)
{
case "mov":
bytes = Util.GetBytes1((byte)(0xb8 + op1));
break;
case "test":
if (op1 == Reg32.EAX)
bytes = Util.GetBytes1(0xa9);
else
bytes = Util.GetBytes2(0xf7, (byte)(0xc0 + op1));
break;
default:
int code = GetOperatorCode(op);
if (code < 0) throw new Exception("invalid operator: " + op);
if (op1 == Reg32.EAX)
bytes = Util.GetBytes1((byte)(code * 8 + 5));
else
bytes = Util.GetBytes2(0x81, (byte)(code * 8 + 0xc0 + op1));
break;
}
return OpCode.NewD(bytes, op2);
}
public static Val32 New2(Val32 a, Val32 b)
{
var ret = new Val32();
ret.isInitialized = a.isInitialized;
ret.isNeedForRelocation = a.isNeedForRelocation;
ret.ref1 = a;
ret.ref2 = b;
return ret;
}
public static OpCode MovR(Reg32 op1, Val32 op2)
{
return FromName2R("mov", op1, op2);
}
public static OpCode CallD(Val32 op1)
{
return OpCode.NewDRel(Util.GetBytes1(0xe8), op1, true);
}
public static OpCode SubA(Addr32 op1, Val32 op2)
{
return FromName2A("sub", op1, op2);
}
public void AddCodesV(string op, Addr32 dest, Val32 v)
{
switch (op)
{
case "push":
Add(I386.PushD(v));
break;
default:
if (dest != null)
Add(I386.FromName2A(op, dest, v));
else
Add(I386.FromName2R(op, Reg32.EAX, v));
break;
}
}
public static OpCode TestA(Addr32 op1, Val32 op2)
{
return FromName2A("test", op1, op2);
}
public Val32 GetTypeObjectV(string name, Function dtor, int size, Val32 baseType)
{
if (types.ContainsKey(name))
return types.Get(name) as Val32;
var block = new Block32();
var namev = Val32.NewB(0, true);
block.AddVal32(namev);
if (dtor == null || name == "string" || name == "Type")
block.AddInt(0);
else
block.AddVal32(GetAddress(dtor));
block.AddInt(size);
block.AddVal32(baseType);
var type = Val32.NewB(0, true);
var tsz = (int)block.Length;
var ret = AddData("type_object", name, type, tsz, -1, block);
types.Add(name, ret);
namev.Reference = GetString(name);
type.Reference = GetTypeObjectD(Root.GetStruct("Type"));
return ret;
}
public static OpCode XorA(Addr32 op1, Val32 op2)
{
return FromName2A("xor", op1, op2);
}
public static OpCode CmpR(Reg32 op1, Val32 op2)
{
return FromName2R("cmp", op1, op2);
}
public static OpCode AndA(Addr32 op1, Val32 op2)
{
return FromName2A("and", op1, op2);
}
public static OpCode FromName2A(string op, Addr32 op1, Val32 op2)
{
switch (op)
{
case "mov":
return OpCode.NewDA(Util.GetBytes1(0xc7), op2, op1);
case "test":
return OpCode.NewDA(Util.GetBytes1(0xf7), op2, op1);
default:
int code = GetOperatorCode(op);
if (code < 0) throw new Exception("invalid operator: " + op);
return OpCode.NewDA(Util.GetBytes1(0x81), op2, Addr32.NewAdM(op1, (byte)code));
}
}
public static OpCode CmpA(Addr32 op1, Val32 op2)
{
return FromName2A("cmp", op1, op2);
}
public void AddVal32(Val32 v)
{
data.Add(v);
if (v.IsNeedForRelocation) relocs.Add(length);
length += sizeof(uint);
}
