public string DisplayFromConstantsTable(int start, int end, string tablename)
{
var returnstring = "";
if (ConstantsStruct == null)
return "";
for (var ii = 1; ii < ConstantsStruct.Length; ii++)
{
var consttablename = GetHasConstTable(ConstantsStruct[ii].parent);
var constindex = GetHasConstValue(ConstantsStruct[ii].parent);
if (consttablename == tablename)
{
if (start == constindex)
{
if (consttablename == "Property" || consttablename == "FieldDef")
returnstring = " = ";
else
returnstring = " = ";
var value = ConstantsStruct[ii].value;
if (ConstantsStruct[ii].dtype == 2)
{
var val = BitConverter.ToBoolean(blob, ConstantsStruct[ii].value + 1);
if (val)
returnstring = returnstring + GetType(ConstantsStruct[ii].dtype) + "(true)" + "\r\n";
else
returnstring = returnstring + GetType(ConstantsStruct[ii].dtype) + "(false)" + "\r\n";
}
if (ConstantsStruct[ii].dtype == 0x03)
{
returnstring = returnstring + "char(0x";
var val = BitConverter.ToInt16(blob, value + 1);
returnstring = returnstring + val.ToString("X4");
returnstring = returnstring + ")\r\n";
}
if (ConstantsStruct[ii].dtype == 0x04 || ConstantsStruct[ii].dtype == 0x05)
{
int val = blob[ConstantsStruct[ii].value + 1];
returnstring = returnstring + GetType(0x04) + "(0x" + val.ToString("X2") + ")" + "\r\n";
}
if (ConstantsStruct[ii].dtype == 0x06 || ConstantsStruct[ii].dtype == 0x07)
{
var val = BitConverter.ToInt16(blob, ConstantsStruct[ii].value + 1);
//if ( val == -1)
//returnstring = returnstring + GetType(0x06) + "(0xFFFF)" + "\r\n";
//else
returnstring = returnstring + GetType(0x06) + "(0x" + val.ToString("X4") + ")" + "\r\n";
}
if (ConstantsStruct[ii].dtype == 0x08 || ConstantsStruct[ii].dtype == 0x09)
{
var val = BitConverter.ToInt32(blob, ConstantsStruct[ii].value + 1);
returnstring = returnstring + GetType(0x08) + "(0x" + val.ToString("X8") + ")" + "\r\n";
}
if (ConstantsStruct[ii].dtype == 0x0a || ConstantsStruct[ii].dtype == 0x0b)
{
var val = BitConverter.ToInt64(blob, ConstantsStruct[ii].value + 1);
returnstring = returnstring + GetType(0x0a) + "(0x" + val.ToString("X") + ")" + "\r\n";
}
if (ConstantsStruct[ii].dtype == 12)
{
returnstring = returnstring + "float32(";
var singlevalue = BitConverter.ToSingle(blob, value + 1);
var val = BitConverter.ToInt32(blob, value + 1);
var s = singlevalue.ToString();
var decimalpoint = s.IndexOf(".");
if (singlevalue == 1.5e+009)
returnstring = returnstring + "1.5e+009";
else if (decimalpoint == -1 && !(s.IndexOf("Infinity") != -1 || s.IndexOf("NaN") != -1))
returnstring = returnstring + s + ".";
else
returnstring = returnstring + "0x" + val.ToString("X8");
returnstring = returnstring + ")\r\n";
//Console.WriteLine(returnstring);
}
if (ConstantsStruct[ii].dtype == 13)
{
returnstring = returnstring + "float64(";
var val = BitConverter.ToDouble(blob, value + 1);
//int dummy = BitConverter.ToInt32(blob , value+1);
var s1 = new IldasmString();
string ss = s1.ReturnStringForR8(val, 1);
returnstring = returnstring + ss + "\r\n";
}
if (ConstantsStruct[ii].dtype == 0xe)
{
int len = blob[ConstantsStruct[ii].value];
if (len >= 1)
{
returnstring = returnstring + "\"";
for (var jj = 1; jj < len; jj++)
{
if (blob[ConstantsStruct[ii].value + jj] != 0)
returnstring = returnstring + (char)blob[ConstantsStruct[ii].value + jj];
}
returnstring = returnstring + "\"\r\n";
}
else
returnstring = returnstring + "\"\"" + "\r\n";
}
if (ConstantsStruct[ii].dtype == 0x12)
{
returnstring = returnstring + "nullref" + "\r\n";
}
}
}
}
return returnstring;
}
public void DisplayR8(double token, byte[] codearray, int codeindex)
{
var b1 = codearray[codeindex + 1];
var b2 = codearray[codeindex + 2];
var b3 = codearray[codeindex + 3];
var b4 = codearray[codeindex + 4];
var b5 = codearray[codeindex + 5];
var b6 = codearray[codeindex + 6];
var b7 = codearray[codeindex + 7];
var b8 = codearray[codeindex + 8];
var doubles = token.ToString();
var pos = doubles.IndexOf("E-");
var d2 = 0;
if (pos != -1)
{
var d1 = doubles.Substring(pos + 2);
d2 = Convert.ToInt32(d1);
}
//Console.WriteLine(".......{0} {1}" , doubles , token);
if (doubles.IndexOf("Infinity") != -1 || doubles.IndexOf("NaN") != -1 || d2 >= 308)
Console.Write("({0} {1} {2} {3} {4} {5} {6} {7})", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"),
b4.ToString("X2"), b5.ToString("X2"), b6.ToString("X2"), b7.ToString("X2"), b8.ToString("X2"));
else if (token == 0 && b8 == 0x80)
Console.Write("-0.0");
else if (token == 0 && b8 == 0x00)
Console.Write("0.0");
else
{
var s1 = new IldasmString();
string ss = s1.ReturnStringForR8(token, 0);
Console.Write(ss);
}
}
public int DecodeILInstrcution2(OpCode opcode, int codeindex, byte[] codearray, int methodindex, string strings)
{
var sizeofinstructiondata = 0;
if (opcode.OperandType == OperandType.ShortInlineR)
{
Console.Write(strings);
var b1 = codearray[codeindex + 1];
var b2 = codearray[codeindex + 2];
var b3 = codearray[codeindex + 3];
var b4 = codearray[codeindex + 4];
//int int32value = BitConverter.ToInt32(codearray, codeindex+1);
var singlevalue = BitConverter.ToSingle(codearray, codeindex + 1);
var s = singlevalue.ToString();
Console.Write("{0}{1}{2}{3}", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"), b4.ToString("X2"));
Console.Write(CreateSpaces(8));
Console.Write(" */ {0} {1} ", opcode.Name, CreateSpaces(3));
if (singlevalue == 0.015625)
Console.Write("1.5625e-002");
else if (singlevalue == 1.5e+009)
Console.Write("1.5e+009");
else if (singlevalue == 1.5e+008)
Console.Write("1.5e+008");
else if (singlevalue == 0 && b4 == 0x80)
Console.Write("-0.0");
else if (singlevalue == 0)
Console.Write("0.0");
else if (s.EndsWith(".5") || s.EndsWith(".25") || s.EndsWith(".75") || s.EndsWith("0625") ||
s.EndsWith("125") || s.EndsWith(".375"))
Console.Write(s);
else
{
//Console.WriteLine(".......A");
var s4 = new IldasmString();
string ss = s4.ReturnStringForR4(singlevalue);
if (ss == "")
Console.Write("({0} {1} {2} {3})", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"),
b4.ToString("X2"));
else
Console.Write(ss);
}
sizeofinstructiondata = 5;
}
if (opcode.OperandType == OperandType.InlineR)
{
Console.Write(strings);
var token = BitConverter.ToDouble(codearray, codeindex + 1);
var b1 = codearray[codeindex + 1];
var b2 = codearray[codeindex + 2];
var b3 = codearray[codeindex + 3];
var b4 = codearray[codeindex + 4];
var b5 = codearray[codeindex + 5];
var b6 = codearray[codeindex + 6];
var b7 = codearray[codeindex + 7];
var b8 = codearray[codeindex + 8];
Console.Write("{0}{1}{2}{3}{4}{5}{6}{7}", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"),
b4.ToString("X2"), b5.ToString("X2"), b6.ToString("X2"), b7.ToString("X2"), b8.ToString("X2"));
Console.Write(" */ {0} {1} ", opcode.Name, CreateSpaces(3));
DisplayR8(token, codearray, codeindex);
sizeofinstructiondata = 9;
}
if (opcode.OperandType == OperandType.InlineString)
{
Console.Write(strings);
var token = BitConverter.ToInt32(codearray, codeindex + 1);
token = token & 0x00ffffff;
int howmanybytes, uncompressedbyte5;
howmanybytes = CorSigUncompressData(us, token, out uncompressedbyte5);
var count = uncompressedbyte5;
//int count = uncompressedbyte5 - 1;
var stringarray = new byte[count];
var startingpt = token + howmanybytes;
Array.Copy(us, startingpt, stringarray, 0, count);
var makearray = IsMakeArray(stringarray);
if (makearray && count != 0)
{
Console.Write("(70){0} */ {1} ", token.ToString("X6"), opcode.Name);
Console.Write("bytearray (");
DisplayFormattedColumns(token, 62 + (spacesforrest + 2 + spacesfortry + spacesfornested), false, true);
}
else
{
var str = GetNameU(token, false, 0);
Console.Write("(70){0} */ {1} ", token.ToString("X6"), opcode.Name);
Console.Write("\"");
string returnstring;
returnstring = DisplayStringMethod(str, spacesforrest + 2 + spacesfortry + spacesfornested, 0, false);
Console.Write(returnstring);
Console.Write("\" /* 70{0} */", token.ToString("X6"));
}
sizeofinstructiondata = 5;
}
if (codearray.Length - 1 == codeindex && opcode.OperandType == OperandType.InlineMethod)
{
Console.Write(strings);
Console.Write("(00)02301B */ call 0x2301b ");
return 1;
}
if (opcode.OperandType == OperandType.InlineNone)
{
Console.Write(strings);
Console.Write("{0}*/ {1}", CreateSpaces(17), opcode.Name);
if (opcode.Name == "ret" && codeindex != (codearray.Length - 1))
Console.WriteLine();
if (opcode.Name == "throw" && codeindex != (codearray.Length - 1))
Console.WriteLine();
sizeofinstructiondata = 1;
}
if (opcode.OperandType == OperandType.InlineI)
{
Console.Write(strings);
var token = BitConverter.ToInt32(codearray, codeindex + 1);
var b1 = codearray[codeindex + 1];
var b2 = codearray[codeindex + 2];
var b3 = codearray[codeindex + 3];
var b4 = codearray[codeindex + 4];
Console.Write("{0}{1}{2}{3}", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"), b4.ToString("X2"));
Console.Write(CreateSpaces(8));
Console.Write(" */ {0} {1} 0x{2}", opcode.Name, CreateSpaces(3), token.ToString("x"));
sizeofinstructiondata = 5;
}
if (opcode.OperandType == OperandType.InlineI8)
{
Console.Write(strings);
var token = BitConverter.ToInt64(codearray, codeindex + 1);
var b1 = codearray[codeindex + 1];
var b2 = codearray[codeindex + 2];
var b3 = codearray[codeindex + 3];
var b4 = codearray[codeindex + 4];
var b5 = codearray[codeindex + 5];
var b6 = codearray[codeindex + 6];
var b7 = codearray[codeindex + 7];
var b8 = codearray[codeindex + 8];
Console.Write("{0}{1}{2}{3}{4}{5}{6}{7}", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"),
b4.ToString("X2"), b5.ToString("X2"), b6.ToString("X2"), b7.ToString("X2"), b8.ToString("X2"));
Console.Write(" */ {0} {1} 0x{2}", opcode.Name, CreateSpaces(3), token.ToString("x"));
sizeofinstructiondata = 9;
}
if (opcode.OperandType == OperandType.ShortInlineI)
{
Console.Write(strings);
int token = codearray[codeindex + 1];
Console.Write("{0}", token.ToString("X2"));
Console.Write(CreateSpaces(14));
if (token >= 128)
token = token - 256;
if (opcode.Name == "unaligned.")
Console.Write(" */ {0} {1}", opcode.Name, token);
else
Console.Write(" */ {0} {1}", opcode.Name, token);
sizeofinstructiondata = 2;
}
if (opcode.OperandType == OperandType.InlineBrTarget)
{
Console.Write(strings);
var token = BitConverter.ToInt32(codearray, codeindex + 1);
var returnstring = "";
var b1 = codearray[codeindex + 1];
var b2 = codearray[codeindex + 2];
var b3 = codearray[codeindex + 3];
var b4 = codearray[codeindex + 4];
Console.Write("{0}{1}{2}{3}", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"), b4.ToString("X2"));
Console.Write(CreateSpaces(9) + "*/ ");
token = token + codeindex + 5;
var len = opcode.Name.Length;
returnstring = opcode.Name + " " + CreateSpaces(9 - len) + " IL_" + token.ToString("x4");
Console.Write(returnstring);
if (!(codearray.Length == codeindex + 5))
Console.WriteLine();
sizeofinstructiondata = 5;
}
if (opcode.OperandType == OperandType.ShortInlineBrTarget)
{
Console.Write(strings);
int token = codearray[codeindex + 1];
var returnstring = "";
Console.Write("{0}", token.ToString("X2"));
Console.Write(CreateSpaces(15) + "*/ ");
if (token >= 128)
{
token = 0xff - token;
token = codeindex + 1 - token;
}
else
token = token + codeindex + 2;
var len = opcode.Name.Length;
returnstring = opcode.Name + " " + CreateSpaces(9 - len) + " IL_" + token.ToString("x4");
Console.Write(returnstring);
if (!(codearray.Length == codeindex + 2))
Console.WriteLine();
sizeofinstructiondata = 2;
}
if (opcode.OperandType == OperandType.InlineSwitch)
{
Console.Write(strings);
var token = BitConverter.ToInt32(codearray, codeindex + 1);
var b1 = codearray[codeindex + 1];
var b2 = codearray[codeindex + 2];
var b3 = codearray[codeindex + 3];
var b4 = codearray[codeindex + 4];
Console.Write("{0}{1}{2}{3}", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"), b4.ToString("X2"));
Console.Write(CreateSpaces(9));
Console.Write("*/ switch ( ");
if (token == 0)
Console.Write(")");
else
for (var ii = 1; ii <= token; ii++)
{
Console.Write("\r\n" + CreateSpaces(spacesforrest + 2 + spacesfortry + spacesfornested));
Console.Write(CreateSpaces(10) + "/* | ");
var index = BitConverter.ToInt32(codearray, codeindex + 1 + ii * 4);
b1 = codearray[codeindex + 1 + ii * 4];
b2 = codearray[codeindex + 2 + ii * 4];
b3 = codearray[codeindex + 3 + ii * 4];
b4 = codearray[codeindex + 4 + ii * 4];
Console.Write("{0}{1}{2}{3}", b1.ToString("X2"), b2.ToString("X2"), b3.ToString("X2"),
b4.ToString("X2"));
var tot = codeindex + index + 1 + token * 4 + 4;
Console.Write(CreateSpaces(9) + "*/" + CreateSpaces(13) + "IL_{0}", tot.ToString("x4"));
if (ii != token)
Console.Write(",");
else
Console.Write(")");
}
sizeofinstructiondata = 5 + token * 4;
}
if (opcode.OperandType == OperandType.ShortInlineVar)
{
Console.Write(strings);
int token = codearray[codeindex + 1];
Console.Write("{0}", token.ToString("X2"));
Console.Write(CreateSpaces(15) + "*/ {0}", opcode.Name);
var len = opcode.Name.Length;
if (opcode.Name == "ldarg.s" || opcode.Name == "ldarga.s" || opcode.Name == "starg.s")
{
var methodattributeflags = GetMethodAttribute(MethodStruct[methodindex].flags, methodindex);
var sname = "";
if (token > methoddefparamcount[methodindex] && methodattributeflags.IndexOf("static") != -1)
sname = token + " // ERROR: invalid arg index (>=" + (methoddefparamcount[methodindex] + 1) + ")";
else if (token > methoddefparamcount[methodindex] + 1 && methodattributeflags.IndexOf("instance") != -1)
sname = token + " // ERROR: invalid arg index (>=" + (methoddefparamcount[methodindex] + 1) + ")";
else if (token == 0 && methodattributeflags.IndexOf("instance") != -1)
sname = "0";
else
{
if (methodattributeflags.IndexOf("static") != -1)
token++;
sname = GetParamNameForMethod(methodindex, 0, token);
}
Console.Write("{0}{1}", CreateSpaces(11 - len), sname);
}
else
Console.Write("{0}V_{1}", CreateSpaces(11 - len), token);
sizeofinstructiondata = 2;
}
if (opcode.OperandType == OperandType.InlineVar)
{
Console.Write(strings);
var token = (ushort)BitConverter.ToInt16(codearray, codeindex + 1);
var b1 = codearray[codeindex + 1];
var b2 = codearray[codeindex + 2];
Console.Write("{0}{1}", b1.ToString("X2"), b2.ToString("X2"));
Console.Write(CreateSpaces(13) + "*/ {0}", opcode.Name);
var len = opcode.Name.Length;
if (opcode.Name == "ldarg" || opcode.Name == "ldarga" || opcode.Name == "starg")
{
var methodattributeflags = GetMethodAttribute(MethodStruct[methodindex].flags, methodindex);
var sname = "";
if (token > methoddefparamcount[methodindex] && methodattributeflags.IndexOf("static") != -1)
sname = token + " // ERROR: invalid arg index (>=" + (methoddefparamcount[methodindex] + 1) + ")";
else if (token > methoddefparamcount[methodindex] + 1 && methodattributeflags.IndexOf("instance") != -1)
sname = token + " // ERROR: invalid arg index (>=" + (methoddefparamcount[methodindex] + 1) + ")";
else if (token == 0 && methodattributeflags.IndexOf("instance") != -1)
sname = "0";
else
{
if (methodattributeflags.IndexOf("static") != -1)
token++;
sname = GetParamNameForMethod(methodindex, 0, token);
}
Console.Write("{0}{1}", CreateSpaces(11 - len), sname);
}
else
Console.Write("{0}V_{1}", CreateSpaces(11 - len), token);
sizeofinstructiondata = 3;
}
if (opcode.OperandType == OperandType.InlineField || opcode.OperandType == OperandType.InlineMethod ||
opcode.OperandType == OperandType.InlineType || opcode.OperandType == OperandType.InlineTok ||
opcode.OperandType == OperandType.InlineSig)
{
var token = BitConverter.ToInt32(codearray, codeindex + 1);
int seriouserror;
DecodeTokenIL(token, opcode, methodindex, strings, out seriouserror);
var table = (int)(token & 0xff000000);
table = table >> 24;
token = token & 0x00ffffff;
if (table == 0x0a)
{
var b = HasCustomAttribute("MemberRef", token);
if (b)
{
Console.WriteLine();
DisplayCustomAttribute("MemberRef", token, 2 + spacesforrest + spacesfornested);
}
}
if (seriouserror == 1)
sizeofinstructiondata = codearray.Length + 1;
else
sizeofinstructiondata = 5;
}
return sizeofinstructiondata;
}