public string Analyze()
{
int classCount = 0;
int arrayCount = 0;
int stringCount = 0;
long classLength = 0;
long arrayLength = 0;
long stringLength = 0;
Dictionary <string, int> ObjectCounts = new Dictionary <string, int>();
Dictionary <string, long> ObjectLengths = new Dictionary <string, long>();
//we are only interested in top-level objects, not nested ones (otherwise would double-count lengths!).
foreach (SerialObject someObject in SerialObjectsFound.Values)
{
if (someObject.ParentObjectID == null)
{
if (someObject.GetType() == typeof(ClassInfo))
{
classCount++;
classLength += someObject.recordLength;
ClassInfo interestingClass = (ClassInfo)someObject;
if (interestingClass.ReferencedObject != null)
{
interestingClass = (ClassInfo)SerialObjectsFound[interestingClass.ReferencedObject.Value];
}
if (!ObjectCounts.ContainsKey(interestingClass.Name))
{
ObjectCounts.Add(interestingClass.Name, 0);
ObjectLengths.Add(interestingClass.Name, 0);
}
ObjectCounts[interestingClass.Name]++;
ObjectLengths[interestingClass.Name] += someObject.recordLength;
}
else if (someObject.GetType() == typeof(BinaryArray))
{
arrayCount++;
arrayLength += someObject.recordLength;
}
else if (someObject.GetType() == typeof(ObjectString))
{
stringCount++;
stringLength += someObject.recordLength;
}
}
}
StringBuilder sb = new StringBuilder();
sb.AppendLine(string.Format("Total Objects: {0}", SerialObjectsFound.Count));
sb.AppendLine(string.Format("Total Top-Level Objects: {0}", classCount + arrayCount + stringCount));
sb.AppendLine(string.Format("Total Top-Level Length: {0}", classLength + arrayLength + stringLength));
sb.AppendLine();
sb.AppendLine(string.Format("Top-Level Class Count: {0}", classCount));
sb.AppendLine(string.Format("Top-Level Class Length: {0}", classLength));
sb.AppendLine();
sb.AppendLine(string.Format("Top-Level Array Count: {0}", arrayCount));
sb.AppendLine(string.Format("Top-Level Array Length: {0}", arrayLength));
sb.AppendLine();
sb.AppendLine(string.Format("Top-Level String Count: {0}", stringCount));
sb.AppendLine(string.Format("Top-Level String Length: {0}", stringLength));
sb.AppendLine();
sb.AppendLine("Top-Level Object Counts by Name:");
foreach (string ClassName in ObjectCounts.Keys)
{
sb.AppendLine(string.Format("{0}: {1}", ClassName, ObjectCounts[ClassName]));
}
sb.AppendLine();
sb.AppendLine("Top-Level Object Lengths by Name:");
foreach (string ClassName in ObjectLengths.Keys)
{
sb.AppendLine(string.Format("{0}: {1}", ClassName, ObjectLengths[ClassName]));
}
return(sb.ToString());
}
internal long? ParseRecord(SerialObject parentObject)
{
long? serialObjectReferenceID = null;
if(PendingNullCounter == 0)
{
long startPosition = reader.BaseStream.Position;
SerialObject si = null;
RecordTypeEnumeration nextRecordType = (RecordTypeEnumeration)reader.ReadByte();
switch(nextRecordType)
{
case RecordTypeEnumeration.SerializedStreamHeader:
//header is 4 values that I wouldn't know what to do with (what type of message, what version, etc) - trash.
reader.ReadBytes(16);
break;
case RecordTypeEnumeration.ClassWithID:
//just two ints, read directly
si = new ClassInfo();
si.ObjectID = ReadID();
((ClassInfo)si).ReferencedObject = ReadID();
//Use the referenced object definition for data retrieval rules
// -> this will overwrite the original values in the referenced object, but who cares - the values are trash anyway (for now).
((ClassInfo)SerialObjectsFound[((ClassInfo)si).ReferencedObject.Value]).ReadValueInfo(this);
break;
case RecordTypeEnumeration.SystemClassWithMembers:
//single structure, read in constructor
si = new ClassInfo(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ClassWithMembers:
//single structure, read in constructor
si = new ClassInfo(this);
//also library ID, read into place.
((ClassInfo)si).LibraryID = ReadID();
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.SystemClassWithMembersAndTypes:
//single structure, read in constructor
si = new ClassInfo(this);
//also member type info, read into place.
((ClassInfo)si).ReadTypeInfo(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ClassWithMembersAndTypes:
//single structure, read in constructor
si = new ClassInfo(this);
//also member type info, read into place.
((ClassInfo)si).ReadTypeInfo(this);
//also library ID, read into place.
((ClassInfo)si).LibraryID = ReadID();
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.BinaryObjectString:
//simple structure, just an ID and a string
si = new ObjectString();
si.ObjectID = ReadID();
((ObjectString)si).String = reader.ReadString();
break;
case RecordTypeEnumeration.BinaryArray:
//complex process, read in constructor.
si = new BinaryArray(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.MemberPrimitiveTyped:
var junk = new MemberInfo();
junk.BinaryType = BinaryTypeEnumeration.Primitive;
junk.PrimitiveType = (PrimitiveTypeEnumeration)reader.ReadByte();
TypeHelper.GetTypeValue(junk, junk, this);
break;
case RecordTypeEnumeration.MemberReference:
//just return the ID that was referenced.
serialObjectReferenceID = ReadID();
break;
case RecordTypeEnumeration.ObjectNull:
//a single null; do nothing, as null is the default return value.
break;
case RecordTypeEnumeration.MessageEnd:
//do nothing, quit. Wasn't that fun?
endRecordReached = true;
break;
case RecordTypeEnumeration.BinaryLibrary:
var newLibraryID = ReadID();
LibrariesFound.Add(newLibraryID, new BinaryLibrary
{
LibraryID = newLibraryID,
Name = reader.ReadString(),
recordLength = reader.BaseStream.Position - startPosition,
});
break;
case RecordTypeEnumeration.ObjectNullMultiple256:
//a sequence of nulls; return null, and start a counter to continue returning N nulls over the next calls.
PendingNullCounter = reader.ReadByte() - 1;
break;
case RecordTypeEnumeration.ObjectNullMultiple:
//a sequence of nulls; return null, and start a counter to continue returning N nulls over the next calls.
PendingNullCounter = reader.ReadInt32() - 1;
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.ArraySinglePrimitive:
//This one's pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = ReadID();
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.Primitive;
((BinaryArray)si).Rank = 1;
((BinaryArray)si).Lengths = new List<int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
((BinaryArray)si).PrimitiveType = (PrimitiveTypeEnumeration)reader.ReadByte();
//and then read the values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ArraySingleObject:
//This should be pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = ReadID();
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.Object;
((BinaryArray)si).Rank = 1;
((BinaryArray)si).Lengths = new List<int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
//and then read the values.
si.ReadValueInfo(this);
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.ArraySingleString:
//This should be pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = ReadID();
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.String;
((BinaryArray)si).Rank = 1;
((BinaryArray)si).Lengths = new List<int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
//and then read the values.
si.ReadValueInfo(this);
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.MethodCall:
//messages/remoting functionality not implemented
throw new NotImplementedException(nextRecordType.ToString());
case RecordTypeEnumeration.MethodReturn:
//messages/remoting functionality not implemented
throw new NotImplementedException(nextRecordType.ToString());
default:
throw new Exception("Parsing appears to have failed dramatically. Unknown record type, we must be lost in the bytestream!");
}
//standard: if this was a serial object, add to list and record its length.
if(si != null)
{
SerialObjectsFound.Add(si.ObjectID, si);
si.recordLength = reader.BaseStream.Position - startPosition;
if(parentObject != null) si.ParentObjectID = parentObject.ObjectID;
return si.ObjectID;
}
}
else
PendingNullCounter--;
return serialObjectReferenceID;
}
internal long?ParseRecord(SerialObject parentObject)
{
long?serialObjectReferenceID = null;
if (PendingNullCounter == 0)
{
long startPosition = reader.BaseStream.Position;
SerialObject si = null;
RecordTypeEnumeration nextRecordType = (RecordTypeEnumeration)reader.ReadByte();
switch (nextRecordType)
{
case RecordTypeEnumeration.SerializedStreamHeader:
//header is 4 values that I wouldn't know what to do with (what type of message, what version, etc) - trash.
reader.ReadBytes(16);
break;
case RecordTypeEnumeration.ClassWithID:
//just two ints, read directly
si = new ClassInfo();
si.ObjectID = ReadID();
((ClassInfo)si).ReferencedObject = ReadID();
//Use the referenced object definition for data retrieval rules
// -> this will overwrite the original values in the referenced object, but who cares - the values are trash anyway (for now).
((ClassInfo)SerialObjectsFound[((ClassInfo)si).ReferencedObject.Value]).ReadValueInfo(this);
break;
case RecordTypeEnumeration.SystemClassWithMembers:
//single structure, read in constructor
si = new ClassInfo(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ClassWithMembers:
//single structure, read in constructor
si = new ClassInfo(this);
//also library ID, read into place.
((ClassInfo)si).LibraryID = ReadID();
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.SystemClassWithMembersAndTypes:
//single structure, read in constructor
si = new ClassInfo(this);
//also member type info, read into place.
((ClassInfo)si).ReadTypeInfo(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ClassWithMembersAndTypes:
//single structure, read in constructor
si = new ClassInfo(this);
//also member type info, read into place.
((ClassInfo)si).ReadTypeInfo(this);
//also library ID, read into place.
((ClassInfo)si).LibraryID = ReadID();
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.BinaryObjectString:
//simple structure, just an ID and a string
si = new ObjectString();
si.ObjectID = ReadID();
((ObjectString)si).String = reader.ReadString();
break;
case RecordTypeEnumeration.BinaryArray:
//complex process, read in constructor.
si = new BinaryArray(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.MemberPrimitiveTyped:
var junk = new MemberInfo();
junk.BinaryType = BinaryTypeEnumeration.Primitive;
junk.PrimitiveType = (PrimitiveTypeEnumeration)reader.ReadByte();
TypeHelper.GetTypeValue(junk, junk, this);
break;
case RecordTypeEnumeration.MemberReference:
//just return the ID that was referenced.
serialObjectReferenceID = ReadID();
break;
case RecordTypeEnumeration.ObjectNull:
//a single null; do nothing, as null is the default return value.
break;
case RecordTypeEnumeration.MessageEnd:
//do nothing, quit. Wasn't that fun?
endRecordReached = true;
break;
case RecordTypeEnumeration.BinaryLibrary:
var newLibraryID = ReadID();
LibrariesFound.Add(newLibraryID, new BinaryLibrary
{
LibraryID = newLibraryID,
Name = reader.ReadString(),
recordLength = reader.BaseStream.Position - startPosition,
});
break;
case RecordTypeEnumeration.ObjectNullMultiple256:
//a sequence of nulls; return null, and start a counter to continue returning N nulls over the next calls.
PendingNullCounter = reader.ReadByte() - 1;
break;
case RecordTypeEnumeration.ObjectNullMultiple:
//a sequence of nulls; return null, and start a counter to continue returning N nulls over the next calls.
PendingNullCounter = reader.ReadInt32() - 1;
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.ArraySinglePrimitive:
//This one's pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = ReadID();
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.Primitive;
((BinaryArray)si).Rank = 1;
((BinaryArray)si).Lengths = new List <int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
((BinaryArray)si).PrimitiveType = (PrimitiveTypeEnumeration)reader.ReadByte();
//and then read the values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ArraySingleObject:
//This should be pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = ReadID();
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.Object;
((BinaryArray)si).Rank = 1;
((BinaryArray)si).Lengths = new List <int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
//and then read the values.
si.ReadValueInfo(this);
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.ArraySingleString:
//This should be pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = ReadID();
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.String;
((BinaryArray)si).Rank = 1;
((BinaryArray)si).Lengths = new List <int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
//and then read the values.
si.ReadValueInfo(this);
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.MethodCall:
//messages/remoting functionality not implemented
throw new NotImplementedException(nextRecordType.ToString());
case RecordTypeEnumeration.MethodReturn:
//messages/remoting functionality not implemented
throw new NotImplementedException(nextRecordType.ToString());
default:
throw new Exception("Parsing appears to have failed dramatically. Unknown record type, we must be lost in the bytestream!");
}
//standard: if this was a serial object, add to list and record its length.
if (si != null)
{
SerialObjectsFound.Add(si.ObjectID, si);
si.recordLength = reader.BaseStream.Position - startPosition;
if (parentObject != null)
{
si.ParentObjectID = parentObject.ObjectID;
}
return(si.ObjectID);
}
}
else
{
PendingNullCounter--;
}
return(serialObjectReferenceID);
}
internal int?ParseRecord(SerialObject parentObject)
{
int?serialObjectReferenceID = null;
if (PendingNullCounter == 0)
{
long startPosition = reader.BaseStream.Position;
SerialObject si = null;
ClassInfo ci = null, ttccii = null;
RecordTypeEnumeration nextRecordType = (RecordTypeEnumeration)reader.ReadByte();
Log("============= " + Enum.GetName(typeof(RecordTypeEnumeration), nextRecordType) + " =================");
switch (nextRecordType)
{
case RecordTypeEnumeration.SerializedStreamHeader:
Log(new SerializationHeaderRecord(this));
// reader.ReadBytes(16);
break;
case RecordTypeEnumeration.ClassWithID:
//just two ints, read directly
ci = new ClassInfo();
ci.ObjectID = reader.ReadInt32();
LogInternal("ObjectID=" + ci.ObjectID);
ci.ReferencedObject = reader.ReadInt32();
LogInternal("ReferencedID=" + ci.ReferencedObject);
//Use the referenced object definition for data retrieval rules
// -> this will overwrite the original values in the referenced object, but who cares - the values are trash anyway (for now).
ttccii = (ClassInfo)SerialObjectsFound[ci.ReferencedObject.Value];
ttccii.ReadValueInfo(this);
si = ci;
break;
case RecordTypeEnumeration.SystemClassWithMembers:
//single structure, read in constructor
si = new ClassInfo(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ClassWithMembers:
//single structure, read in constructor
si = new ClassInfo(this);
//also library ID, read into place.
((ClassInfo)si).LibraryID = reader.ReadInt32();
LogInternal("LibraryID=" + ((ClassInfo)si).LibraryID);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.SystemClassWithMembersAndTypes:
//single structure, read in constructor
si = new ClassInfo(this);
//also member type info, read into place.
((ClassInfo)si).ReadTypeInfo(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ClassWithMembersAndTypes:
//single structure, read in constructor
si = new ClassInfo(this);
//also member type info, read into place.
((ClassInfo)si).ReadTypeInfo(this);
//also library ID, read into place.
((ClassInfo)si).LibraryID = reader.ReadInt32();
LogInternal("LibraryID=" + ((ClassInfo)si).LibraryID);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.BinaryObjectString:
//simple structure, just an ID and a string
si = new ObjectString();
si.ObjectID = reader.ReadInt32();
LogInternal("ObjectID=" + si.ObjectID);
((ObjectString)si).String = reader.ReadString();
LogInternal("String=" + ((ObjectString)si).String);
break;
case RecordTypeEnumeration.BinaryArray:
//complex process, read in constructor.
si = new BinaryArray(this);
//also values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.MemberPrimitiveTyped:
MessagePrimitiveTyped msg = new MessagePrimitiveTyped(this);
msg.ReadValueInfo(this);
break;
case RecordTypeEnumeration.MemberReference:
//just return the ID that was referenced.
serialObjectReferenceID = reader.ReadInt32();
Log("::::> Reference=" + serialObjectReferenceID);
break;
case RecordTypeEnumeration.ObjectNull:
//a single null; do nothing, as null is the default return value.
Log("::::> NULL VALUE");
break;
case RecordTypeEnumeration.MessageEnd:
//do nothing, quit. Wasn't that fun?
endRecordReached = true;
Log(":::::> End-of-message");
break;
case RecordTypeEnumeration.BinaryLibrary:
int newLibraryID = reader.ReadInt32();
LibrariesFound.Add(newLibraryID, new BinaryLibrary());
LibrariesFound[newLibraryID].LibraryID = newLibraryID;
LibrariesFound[newLibraryID].Name = reader.ReadString();
LibrariesFound[newLibraryID].recordLength = reader.BaseStream.Position - startPosition;
Log("\t" + LibrariesFound[newLibraryID].ToString());
break;
case RecordTypeEnumeration.ObjectNullMultiple256:
//a sequence of nulls; return null, and start a counter to continue returning N nulls over the next calls.
PendingNullCounter = reader.ReadByte() - 1;
Log("\tPending Null256 Counter=" + (PendingNullCounter + 1));
break;
case RecordTypeEnumeration.ObjectNullMultiple:
//a sequence of nulls; return null, and start a counter to continue returning N nulls over the next calls.
PendingNullCounter = reader.ReadInt32() - 1;
Log("\tPending Null Counter=" + (PendingNullCounter + 1));
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.ArraySinglePrimitive:
//This one's pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = reader.ReadInt32();
LogInternal("ObjectID=" + si.ObjectID);
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
LogInternal("ArrayType=" + Enum.GetName(typeof(BinaryArrayTypeEnumeration), ((BinaryArray)si).ArrayType));
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.Primitive;
LogInternal("BinaryType=" + Enum.GetName(typeof(BinaryTypeEnumeration), ((BinaryArray)si).BinaryType));
((BinaryArray)si).Rank = 1;
LogInternal("Rank=" + ((BinaryArray)si).Rank);
((BinaryArray)si).Lengths = new List <int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
LogInternal("Lenghts=" + ToString(((BinaryArray)si).Lengths));
((BinaryArray)si).PrimitiveType = (PrimitiveTypeEnumeration)reader.ReadByte();
LogInternal("PrimitiveType=" + Enum.GetName(typeof(PrimitiveTypeEnumeration), ((BinaryArray)si).PrimitiveType));
//and then read the values.
si.ReadValueInfo(this);
break;
case RecordTypeEnumeration.ArraySingleObject:
//This should be pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = reader.ReadInt32();
LogInternal("ObjectID=" + si.ObjectID);
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
LogInternal("ArrayType=" + Enum.GetName(typeof(BinaryArrayTypeEnumeration), ((BinaryArray)si).ArrayType));
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.Object;
LogInternal("BinaryType=" + Enum.GetName(typeof(BinaryTypeEnumeration), ((BinaryArray)si).BinaryType));
((BinaryArray)si).Rank = 1;
LogInternal("Rank=" + ((BinaryArray)si).Rank);
((BinaryArray)si).Lengths = new List <int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
LogInternal("Lenghts=" + ToString(((BinaryArray)si).Lengths));
//and then read the values.
si.ReadValueInfo(this);
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.ArraySingleString:
//This should be pretty easy to build, do locally.
si = new BinaryArray();
si.ObjectID = reader.ReadInt32();
LogInternal("ObjectID=" + si.ObjectID);
((BinaryArray)si).ArrayType = BinaryArrayTypeEnumeration.Single;
LogInternal("ArrayType=" + Enum.GetName(typeof(BinaryArrayTypeEnumeration), ((BinaryArray)si).ArrayType));
((BinaryArray)si).BinaryType = BinaryTypeEnumeration.String;
LogInternal("BinaryType=" + Enum.GetName(typeof(BinaryTypeEnumeration), ((BinaryArray)si).BinaryType));
((BinaryArray)si).Rank = 1;
LogInternal("Rank=" + ((BinaryArray)si).Rank);
((BinaryArray)si).Lengths = new List <int>();
((BinaryArray)si).Lengths.Add(reader.ReadInt32());
LogInternal("Lenghts=" + ToString(((BinaryArray)si).Lengths));
//and then read the values.
si.ReadValueInfo(this);
#if (DEBUG)
//not yet tested: if it happens, take a look around.
System.Diagnostics.Debugger.Break();
#endif
break;
case RecordTypeEnumeration.MethodCall:
//messages/remoting functionality not implemented
throw new NotImplementedException("Method Call N/A");
case RecordTypeEnumeration.MethodReturn:
//messages/remoting functionality not implemented
throw new NotImplementedException("Method Return N/A");
default:
throw new Exception("Parsing appears to have failed dramatically. Unknown record type, we must be lost in the bytestream!");
}
//standard: if this was a serial object, add to list and record its length.
if (si != null)
{
Log(si);
SerialObjectsFound.Add(si.ObjectID, si);
SerialObjectsFound[si.ObjectID].recordLength = reader.BaseStream.Position - startPosition;
if (parentObject != null)
{
SerialObjectsFound[si.ObjectID].ParentObjectID = parentObject.ObjectID;
}
return(si.ObjectID);
}
}
else
{
PendingNullCounter--;
}
return(serialObjectReferenceID);
}