public virtual void dump(PrettyPrinter printer)
{
switch (type)
{
case ObjectType.False:
printer.addLine("false");
break;
case ObjectType.None:
printer.addLine("None");
break;
case ObjectType.True:
printer.addLine("true");
break;
default:
printer.addLine("Error!");
break;
}
}
public override void dump(PrettyPrinter printer)
{
printer.addLine("[PyBuffer " + Data.Length + " bytes]" + PrettyPrinter.PrintRawData(this));
if (Data != null && (Data[0] == Unmarshal.HeaderByte || Data[0] == Unmarshal.ZlibMarker || Data[0] == 0x63))
{
byte[] d = Data;
if (d[0] == Unmarshal.ZlibMarker)
{
d = Zlib.Decompress(d);
}
if (d != null && (d[0] == Unmarshal.PythonMarker || d[0] == 0x63) && printer.decompilePython && d.Length > 60)
{
// We have a python file.
Bytecode code = new Bytecode();
if (code.load(d, d[0] == 0x63))
{
Python.PrettyPrinter pp = new Python.PrettyPrinter();
pp.indentLevel = printer.indentLevel + 1;
pp.indent = printer.indent;
code.dump(pp);
printer.addLine(pp.dump);
}
}
else if (d != null && d[0] == Unmarshal.HeaderByte)
{
Unmarshal un = new Unmarshal();
PyRep rep = un.Process(d);
if (rep != null)
{
if (Data[0] == Unmarshal.ZlibMarker)
{
printer.addLine("<compressed-data>");
}
printer.addItem(rep);
}
}
}
}
public void dump(PrettyPrinter printer)
{
printer.addLine("Length: " + length.ToString() + " bytes.");
items.dump(printer);
}
public override void dump(PrettyPrinter printer)
{
string name = "Unknown";
if (opCode == MarshalOpcode.StringEmpty)
{
name = "PyStringEmpty";
}
else if (opCode == MarshalOpcode.StringChar)
{
name = "PyStringChar";
}
else if (opCode == MarshalOpcode.WStringUTF8)
{
name = "PyWStringUTF8";
}
else if (opCode == MarshalOpcode.WStringUCS2Char)
{
name = "PyWStringUCS2Char";
}
else if (opCode == MarshalOpcode.WStringEmpty)
{
name = "PyWStringEmpty";
}
else if (opCode == MarshalOpcode.WStringUCS2)
{
name = "PyWStringUCS2";
}
else if (opCode == MarshalOpcode.StringShort)
{
name = "PyString";
}
else if (opCode == MarshalOpcode.StringLong)
{
name = "PyString";
}
else if (opCode == MarshalOpcode.StringTable)
{
name = "PyStringTable[" + tableIndex.ToString() + "]";
}
bool printed = false;
if (Raw.Length > 0 && (Raw[0] == (byte)Unmarshal.ZlibMarker || Raw[0] == (byte)Unmarshal.HeaderByte || Raw[0] == Unmarshal.PythonMarker || Raw[0] == 0x63))
{
// We have serialized python data, decode and display it.
byte[] d = Raw;
if (d[0] == Unmarshal.ZlibMarker)
{
d = Zlib.Decompress(d);
}
if (d != null && (d[0] == Unmarshal.PythonMarker || d[0] == 0x63) && printer.decompilePython && d.Length > 60)
{
// We have a python file.
Bytecode code = new Bytecode();
if (code.load(d, d[0] == 0x63))
{
printer.addLine("[" + name);
Python.PrettyPrinter pp = new Python.PrettyPrinter();
pp.indent = printer.indent;
pp.indentLevel = printer.indentLevel + 1;
code.dump(pp);
printer.addLine(pp.dump);
printer.addLine("]");
printed = true;
}
}
else if (d != null && d[0] == Unmarshal.HeaderByte)
{
Unmarshal un = new Unmarshal();
un.analizeInput = decodedAnalized;
PyRep obj = un.Process(d);
if (obj != null)
{
string sType = "<serialized>";
if (Raw[0] == Unmarshal.ZlibMarker)
{
sType = "<serialized-compressed>";
}
printer.addLine("[" + name + " " + sType);
printer.addItem(obj);
printer.addLine("]");
printed = true;
}
}
}
if (!printed)
{
if (!PrettyPrinter.containsBinary(Raw))
{
printer.addLine("[" + name + " \"" + Value + "\"]");
}
else
{
printer.addLine("[" + name + " \"" + Value + "\"");
printer.indentLevel += 2;
printer.addLine("<binary len=" + Value.Length + "> hex=\"" + PrettyPrinter.ByteArrayToString(Raw) + "\"]");
printer.indentLevel -= 2;
}
}
}
public override void dump(PrettyPrinter printer)
{
printer.addLine("<Module '" + name + " from ' (" + source + ")>");
}
public override void dump(PrettyPrinter printer)
{
printer.addLine("{String: " + str + "}");
}
public override void dump(PrettyPrinter printer)
{
printer.addLine("#{Ref: " + index.ToString() + ":dec}");
}
public override void dump(PrettyPrinter printer)
{
printer.addLine("{" + value.ToString() + "}");
}