public static string Print(PyRep obj, int indention = 0)
{
var ret = new StringBuilder();
Print(ret, "", obj);
return(ret.ToString());
}
public override string dump(string prefix)
{
if (Raw.Length > 0 && (Raw[0] == (byte)Unmarshal.ZlibMarker || Raw[0] == (byte)Unmarshal.HeaderByte))
{
// We have serialized python data, decode and display it.
string pfx1 = prefix + PrettyPrinter.Spacer;
try
{
Unmarshal un = new Unmarshal();
PyRep obj = un.Process(Raw);
if (obj != null)
{
string sType = "<serialized>";
if (Raw[0] == Unmarshal.ZlibMarker)
{
sType = "<serialized-compressed>";
}
return("[PyString " + sType + Environment.NewLine + pfx1 + obj.dump(pfx1) + Environment.NewLine + prefix + "]");
}
}
catch (Exception)
{
}
}
if (!PrettyPrinter.containsBinary(Raw))
{
return("[PyString \"" + Value + "\"]");
}
else
{
return("[PyString \"" + Value + "\"" + Environment.NewLine + prefix + " <binary len=" + Value.Length + "> hex=\"" + PrettyPrinter.ByteArrayToString(Raw) + "\"]");
}
}
public PyObjectEx(bool isType2, PyRep header)
: base(PyObjectType.ObjectEx)
{
IsType2 = isType2;
Header = header;
Dictionary = new Dictionary <PyRep, PyRep>();
}
public override void dump(PrettyPrinter printer)
{
printer.addLine("[PyPackedRow " + RawData.Length + " bytes]");
if (Descriptor != null)
{
printer.indentLevel++;
if (Descriptor.Columns != null)
{
foreach (var column in Descriptor.Columns)
{
int index = Descriptor.Columns.FindIndex(x => x.Name == column.Name);
PyRep value = values[index];
printer.addLine("[\"" + column.Name + "\" => " + " [" + column.Type + "] " + value + "]");
}
}
else
{
printer.addLine("[Columns parsing failed!]");
}
printer.indentLevel--;
}
else
{
if (DescriptorObj != null)
{
printer.addItem(DescriptorObj);
}
else
{
printer.indentLevel++;
printer.addLine("Error.. Obj missing.");
printer.indentLevel--;
}
}
}
public static string PrintRawData(PyRep obj)
{
if (obj.RawSource == null)
{
return("");
}
return(" [" + BitConverter.ToString(obj.RawSource, 0, obj.RawSource.Length > 8 ? 8 : obj.RawSource.Length) + "]");
}
public PyRep this[PyRep key]
{
get
{
return(Dictionary[key]);
}
set
{
Dictionary[key] = value;
}
}
public static void Print(StringBuilder builder, string prefix, PyRep obj)
{
if (obj == null)
{
builder.AppendLine(prefix + "<nullptr>");
return;
}
string pfx1 = prefix + Spacer;
string pfx2 = pfx1 + Spacer;
builder.AppendLine(prefix + obj.dump(prefix).TrimEnd('\r', '\n'));// + PrintRawData(obj));
}
public override void Decode(Unmarshal context, MarshalOpcode op, BinaryReader source)
{
var nameObject = context.ReadObject(source);
if (nameObject.Type != PyObjectType.String)
{
throw new DataException("Expected PyString");
}
Name = (nameObject as PyString).Value;
Arguments = context.ReadObject(source);
}
public void addItem(PyRep rep)
{
indentLevel++;
if (rep == null)
{
addLine("<nullptr>");
}
else
{
rep.dump(this);
}
indentLevel--;
}
public static byte[] Process(PyRep obj)
{
var ret = new MemoryStream(100);
ret.WriteByte(Unmarshal.HeaderByte);
// we have no support for save lists right now
ret.WriteByte(0x00);
ret.WriteByte(0x00);
ret.WriteByte(0x00);
ret.WriteByte(0x00);
obj.Encode(new BinaryWriter(ret));
return(ret.ToArray());
}
public string Print(PyRep obj)
{
builder = new StringBuilder();
if (obj == null)
{
addLine("<nullptr>");
}
else
{
obj.dump(this);
}
return(builder.ToString());
}
public void Set(string key, PyRep value)
{
var keyObject = Dictionary.Count > 0 ? Dictionary.Keys.Where(k => k.Type == PyObjectType.String && (k as PyString).Value == key).FirstOrDefault() : null;
if (keyObject != null)
{
Dictionary[keyObject] = value;
}
else
{
Dictionary.Add(new PyString(key), value);
}
}
public override void Decode(Unmarshal context, MarshalOpcode op, BinaryReader source)
{
PyRep obj = context.ReadObject(source);
Descriptor = obj as DBRowDescriptor;
if (Descriptor == null)
{
throw new InvalidDataException("PyPackedRow: Header must be DBRowDescriptor got " + obj.Type);
}
RawData = LoadZeroCompressed(source);
if (!ParseRowData(context, source))
{
throw new InvalidDataException("Could not fully unpack PackedRow, stream integrity is broken");
}
}
private PyRep analyse(PyRep obj)
{
try
{
if (obj is PyObjectEx)
{
bool usedList, usedDict;
PyRep res = obj;
PyObjectEx ex = obj as PyObjectEx;
if (!ex.IsType2)
{
res = analyseType1(ex, out usedList, out usedDict);
}
else
{
res = analyseType2(ex, out usedList, out usedDict);
}
if (res != obj)
{
if (!usedList)
{
if (ex.List != null && ex.List.Count > 0)
{
unknown.AppendLine("Unused List item in " + res.GetType());
}
}
if (!usedDict)
{
if (ex.Dictionary != null && ex.Dictionary.Count > 0)
{
unknown.AppendLine("Unused dictionary item in " + res.GetType());
}
}
}
return(res);
}
}
catch (InvalidDataException)
{
return(obj);
}
return(obj);
}
public override string dump(string prefix)
{
StringBuilder builder = new StringBuilder();
builder.AppendLine(prefix + "[PyBuffer " + Data.Length + " bytes]" + PrettyPrinter.PrintRawData(this));
if (Data[0] == Unmarshal.HeaderByte || Data[0] == Unmarshal.ZlibMarker)
{
string pfx1 = prefix + PrettyPrinter.Spacer;
Unmarshal un = new Unmarshal();
PyRep rep = un.Process(Data);
if (rep != null)
{
if (Data[0] == Unmarshal.ZlibMarker)
{
builder.AppendLine("<compressed-data>");
}
builder.AppendLine(pfx1 + rep.dump(pfx1));
}
}
return(builder.ToString());
}
public override string dump(string prefix)
{
StringBuilder builder = new StringBuilder();
string pfx1 = prefix + PrettyPrinter.Spacer;
builder.AppendLine("[PyPackedRow " + RawData.Length + " bytes]");
if (Descriptor.Columns != null)
{
foreach (var column in Descriptor.Columns)
{
int index = Descriptor.Columns.FindIndex(x => x.Name == column.Name);
PyRep value = values[index];
builder.AppendLine(pfx1 + "[\"" + column.Name + "\" => " + " [" + column.Type + "] " + value + "]");
}
}
else
{
builder.AppendLine(pfx1 + "[Columns parsing failed!]");
}
return(builder.ToString());
}
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 override void Decode(Unmarshal context, MarshalOpcode op)
{
PyRep obj = context.ReadObject();
Descriptor = obj as DBRowDescriptor;
if (Descriptor == null)
{
if (!context.analizeInput && obj is PyObjectEx)
{
DescriptorObj = obj;
}
else
{
throw new InvalidDataException("PyPackedRow: Header must be DBRowDescriptor got " + obj.Type);
}
}
RawData = LoadZeroCompressed(context);
if (!ParseRowData(context))
{
throw new InvalidDataException("Could not fully unpack PackedRow, stream integrity is broken");
}
}
public PyAddress(PyRep args)
: base(PyObjectType.Address)
{
if (args.Type != PyObjectType.ObjectData)
{
throw new InvalidDataException("PyAddress: Incorrect object type expected ObjectData got " + args.Type.ToString() + ".");
}
PyObject data = args as PyObject;
if (data.Name != "carbon.common.script.net.machoNetAddress.MachoAddress")
{
throw new InvalidDataException("PyAddress: Unrecognized address name got " + data.Name + ".");
}
if (data.Arguments.Type != PyObjectType.Tuple)
{
throw new InvalidDataException("PyAddress: Address contents expected Tuple got " + data.Arguments.Type.ToString() + ".");
}
PyTuple tuple = data.Arguments as PyTuple;
if (tuple.Items.Count < 3)
{
throw new InvalidDataException("PyAddress: Incorrect tupple size requires at least 3 got " + tuple.Items.Count + ".");
}
if (tuple.Items[0].Type != PyObjectType.Int)
{
throw new InvalidDataException("PyAddress: Address type expected Int got " + data.Arguments.Type.ToString() + ".");
}
addrType = (PyAddressType)tuple.Items[0].IntValue;
if (addrType != PyAddressType.Any && tuple.Items.Count != 4)
{
throw new InvalidDataException("PyAddress: Incorrect tupple size requires 4 got " + tuple.Items.Count + ".");
}
switch (addrType)
{
case PyAddressType.Any:
service = tuple.Items[1].StringValue;
callID = tuple.Items[2].IntValue;
break;
case PyAddressType.Node:
addrID = tuple.Items[1].IntValue;
service = tuple.Items[2].StringValue;
callID = tuple.Items[3].IntValue;
break;
case PyAddressType.Client:
addrID = tuple.Items[1].IntValue;
callID = tuple.Items[2].IntValue;
service = tuple.Items[3].StringValue;
break;
case PyAddressType.Broadcast:
service = tuple.Items[1].StringValue;
broadcastType = tuple.Items[3].StringValue;
break;
default:
throw new InvalidDataException("PyAddress: Unknown address type got " + addrType + ".");
}
RawOffset = args.RawOffset;
RawSource = args.RawSource;
}
public override void Decode(Unmarshal context, MarshalOpcode op, BinaryReader source)
{
Checksum = source.ReadUInt32();
Data = context.ReadObject(source);
}
public PyChecksumedStream(PyRep data)
: base(PyObjectType.ChecksumedStream)
{
Data = data;
}
public override void Decode(Unmarshal context, MarshalOpcode op)
{
Checksum = context.reader.ReadUInt32();
Data = context.ReadObject();
}
public PyObject(string objectName, PyRep arguments)
: base(PyObjectType.ObjectData)
{
Name = objectName;
Arguments = arguments;
}
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 Decode(Unmarshal context, MarshalOpcode op)
{
Definition = context.ReadObject();
}
public PyPacket(PyObject packetData)
: base(PyObjectType.Packet)
{
if (!packetData.Name.StartsWith("carbon.common.script.net.machoNetPacket."))
{
// This is not a valid addressed packet.
throw new InvalidDataException("PyPacket: Invalid typeString.");
}
typeString = packetData.Name;
if (packetData.Arguments.Type != PyObjectType.Tuple)
{
// This is not a valid addressed packet.
throw new InvalidDataException("PyPacket: Arguments not a Tuple.");
}
PyTuple args = packetData.Arguments as PyTuple;
if (args.Items.Count != 9)
{
// This is not a correct size packet.
throw new InvalidDataException("PyPacket: Expected Tuple size 9 got " + args.Items.Count + ".");
}
if (args.Items[0].Type != PyObjectType.Int)
{
// Incorrect packet type identifier.
throw new InvalidDataException("PyPacket: Packet Type identifier.");
}
packetType = args.Items[0].IntValue;
source = new PyAddress(args.Items[1]);
dest = new PyAddress(args.Items[2]);
userID = 0;
if (args.Items[3].Type == PyObjectType.Int)
{
userID = args.Items[3].IntValue;
}
else if (args.Items[3].Type != PyObjectType.None)
{
throw new InvalidDataException("PyPacket: UserID expected Int or None got " + args.Items[3].Type.ToString() + ".");
}
payload = args.Items[4];
namedPayload = args.Items[5];
if (payload.Type != PyObjectType.Tuple && payload.Type != PyObjectType.Buffer)
{
throw new InvalidDataException("PyPacket: payload expected Tuple or Buffer got " + args.Items[3].Type.ToString() + ".");
}
if (namedPayload.Type != PyObjectType.None && namedPayload.Type != PyObjectType.Dict)
{
throw new InvalidDataException("PyPacket: named payload expected Dict or None got " + args.Items[3].Type.ToString() + ".");
}
RawOffset = args.RawOffset;
RawSource = args.RawSource;
try
{
if (typeString.EndsWith(".SessionChangeNotification"))
{
payload = new SessionChangeNotification(payload as PyTuple);
}
else if (typeString.EndsWith(".CallRsp"))
{
payload = new CallRsp(payload as PyTuple);
}
else if (typeString.EndsWith(".CallReq"))
{
payload = new PyCallStream(payload as PyTuple);
}
else if (typeString.EndsWith(".ErrorResponse"))
{
payload = new ErrorResponse(payload as PyTuple);
}
else if (typeString.EndsWith(".Notification"))
{
payload = new NotificationStream(payload as PyTuple);
}
}
catch (InvalidDataException e)
{
throw new InvalidDataException("PyPacket: Extended decode failed: " + e.Message, e);
}
}
public PySubStream(PyRep data)
: base(PyObjectType.SubStream)
{
Data = data;
}
public override void Decode(Unmarshal context, MarshalOpcode op, BinaryReader source)
{
Definition = context.ReadObject(source);
}
private PyRep analyseType1(PyObjectEx obj, out bool usedList, out bool usedDict)
{
usedDict = false;
usedList = false;
// Type1
PyTuple headerTuple = obj.Header as PyTuple;
if (headerTuple != null && headerTuple.Items.Count > 1)
{
int headerCount = headerTuple.Items.Count;
PyToken token = headerTuple.Items[0] as PyToken;
if (token != null)
{
PyTuple tuple1 = null;
int tuple1Count = 0;
if (headerCount > 1)
{
tuple1 = headerTuple.Items[1] as PyTuple;
if (tuple1 != null)
{
if (headerCount == 3 && token.Token == "eveexceptions.UserError")
{
return(new UserError(tuple1, headerTuple.Items[2] as PyDict));
}
tuple1Count = tuple1.Items.Count;
if (tuple1Count == 0)
{
if (headerCount == 3 && token.Token == "carbon.common.script.net.machoNetExceptions.WrongMachoNode")
{
return(new WrongMachoNode(headerTuple.Items[2] as PyDict));
}
}
if (tuple1Count == 1)
{
if (token.Token == "blue.DBRowDescriptor")
{
return(new DBRowDescriptor(headerTuple));
}
PyRep item1 = tuple1.Items[0];
if (item1 != null)
{
if (token.Token == "__builtin__.set")
{
return(new BuiltinSet(item1 as PyList));
}
if (headerCount == 2 && token.Token == "collections.defaultdict")
{
PyToken tupleToken = item1 as PyToken;
if (tupleToken.Token == "__builtin__.set")
{
usedDict = true;
return(new DefaultDict(obj.Dictionary));
}
}
if (token.Token == "carbon.common.script.net.objectCaching.CacheOK")
{
if (item1.StringValue == "CacheOK")
{
return(new CacheOK());
}
}
}
}
}
}
if (token.Token == "carbon.common.script.net.GPSExceptions.GPSTransportClosed")
{
return(obj);
}
unknown.AppendLine("Unknown or malformed token: " + token.Token);
}
}
return(obj);
}
private bool ParseRowData(Unmarshal context, BinaryReader source)
{
if (Descriptor == null)
{
return(false);
}
values = new PyRep[Descriptor.Columns.Count];
var sizeList = Descriptor.Columns.OrderByDescending(c => FieldTypeHelper.GetTypeBits(c.Type));
var sizeSum = sizeList.Sum(c => FieldTypeHelper.GetTypeBits(c.Type));
// align
sizeSum = (sizeSum + 7) >> 3;
var rawStream = new MemoryStream();
// fill up
rawStream.Write(RawData, 0, RawData.Length);
for (int i = 0; i < (sizeSum - RawData.Length); i++)
{
rawStream.WriteByte(0);
}
rawStream.Seek(0, SeekOrigin.Begin);
var reader = new BinaryReader(rawStream);
int bitOffset = 0;
foreach (var column in sizeList)
{
PyRep value = null;
switch (column.Type)
{
case FieldType.I8:
case FieldType.UI8:
case FieldType.CY:
case FieldType.FileTime:
value = new PyLongLong(reader.ReadInt64());
break;
case FieldType.I4:
case FieldType.UI4:
value = new PyInt(reader.ReadInt32());
break;
case FieldType.I2:
case FieldType.UI2:
value = new PyInt(reader.ReadInt16());
break;
case FieldType.I1:
case FieldType.UI1:
value = new PyInt(reader.ReadByte());
break;
case FieldType.R8:
value = new PyFloat(reader.ReadDouble());
break;
case FieldType.R4:
value = new PyFloat(reader.ReadSingle());
break;
case FieldType.Bytes:
case FieldType.Str:
case FieldType.WStr:
value = context.ReadObject(source);
break;
case FieldType.Bool:
{
if (7 < bitOffset)
{
bitOffset = 0;
reader.ReadByte();
}
var b = reader.ReadByte();
reader.BaseStream.Seek(-1, SeekOrigin.Current);
value = new PyInt((b >> bitOffset++) & 0x01);
break;
}
case FieldType.Token:
value = new PyToken(column.Token);
break;
default:
throw new Exception("No support for " + column.Type);
}
int index = Descriptor.Columns.FindIndex(x => x.Name == column.Name);
values[index] = value;
}
return(true);
}