public byte[] SerializeObjectToBytes(IMarshallable obj)
{
ObjectTokens Token = GetTypeTokenFromObject(obj);
switch (Token)
{
case ObjectTokens.NoObject:
throw new InvalidOperationException("SerializeObject called with NoObject.");
case ObjectTokens.Enq:
return(new CommsSerializationHelper <EnqObject>().SerializeToBytes((EnqObject)obj));
case ObjectTokens.Ack:
return(new CommsSerializationHelper <AckObject>().SerializeToBytes((AckObject)obj));
case ObjectTokens.MessageString:
return(new CommsSerializationHelper <MessageString>().SerializeToBytes((MessageString)obj));
case ObjectTokens.PositionInfo:
return(new CommsSerializationHelper <PositionInfo>().SerializeToBytes((PositionInfo)obj));
case ObjectTokens.BaseUnitInfo:
return(new CommsSerializationHelper <BaseUnitInfo>().SerializeToBytes((BaseUnitInfo)obj));
case ObjectTokens.GroupInfo:
return(new CommsSerializationHelper <GroupInfo>().SerializeToBytes((GroupInfo)obj));
case ObjectTokens.DetectedGroupInfo:
return(new CommsSerializationHelper <DetectedGroupInfo>().SerializeToBytes((DetectedGroupInfo)obj));
case ObjectTokens.DetectedUnitInfo:
return(new CommsSerializationHelper <DetectedUnitInfo>().SerializeToBytes((DetectedUnitInfo)obj));
case ObjectTokens.DetecedUnitSensorInfo:
return(new CommsSerializationHelper <DetecedUnitSensorInfo>().SerializeToBytes((DetecedUnitSensorInfo)obj));
case ObjectTokens.GameInfo:
return(new CommsSerializationHelper <GameInfo>().SerializeToBytes((GameInfo)obj));
case ObjectTokens.GameStateInfo:
return(new CommsSerializationHelper <GameStateInfo>().SerializeToBytes((GameStateInfo)obj));
case ObjectTokens.BattleDamageReport:
return(new CommsSerializationHelper <BattleDamageReport>().SerializeToBytes((BattleDamageReport)obj));
case ObjectTokens.Formation:
return(new CommsSerializationHelper <Formation>().SerializeToBytes((Formation)obj));
case ObjectTokens.FormationPosition:
return(new CommsSerializationHelper <FormationPosition>().SerializeToBytes((FormationPosition)obj));
case ObjectTokens.MessageInfo:
return(new CommsSerializationHelper <MessageInfo>().SerializeToBytes((MessageInfo)obj));
//case ObjectTokens.OrderInfo:
// break;
case ObjectTokens.UnitOrder:
return(new CommsSerializationHelper <UnitOrder>().SerializeToBytes((UnitOrder)obj));
case ObjectTokens.UnitEngagementOrder:
return(new CommsSerializationHelper <UnitEngagementOrder>().SerializeToBytes((UnitEngagementOrder)obj));
case ObjectTokens.UnitMovementOrder:
return(new CommsSerializationHelper <UnitMovementOrder>().SerializeToBytes((UnitMovementOrder)obj));
case ObjectTokens.PlayerInfo:
return(new CommsSerializationHelper <PlayerInfo>().SerializeToBytes((PlayerInfo)obj));
case ObjectTokens.SensorClass:
return(new CommsSerializationHelper <SensorClass>().SerializeToBytes((SensorClass)obj));
case ObjectTokens.UnitClass:
return(new CommsSerializationHelper <UnitClass>().SerializeToBytes((UnitClass)obj));
case ObjectTokens.WeaponClass:
return(new CommsSerializationHelper <WeaponClass>().SerializeToBytes((WeaponClass)obj));
case ObjectTokens.ClientInfoRequest:
return(new CommsSerializationHelper <ClientInfoRequest>().SerializeToBytes((ClientInfoRequest)obj));
case ObjectTokens.GameControlRequest:
return(new CommsSerializationHelper <GameControlRequest>().SerializeToBytes((GameControlRequest)obj));
case ObjectTokens.GameScenario:
return(new CommsSerializationHelper <GameScenario>().SerializeToBytes((GameScenario)obj));
case ObjectTokens.GameScenarioCarriedUnit:
return(new CommsSerializationHelper <GameScenarioCarriedUnit>().SerializeToBytes((GameScenarioCarriedUnit)obj));
case ObjectTokens.WeatherSystemInfo:
return(new CommsSerializationHelper <WeatherSystemInfo>().SerializeToBytes((WeatherSystemInfo)obj));
case ObjectTokens.NWDateTime:
return(new CommsSerializationHelper <NWDateTime>().SerializeToBytes((NWDateTime)obj));
case ObjectTokens.WaypointInfo:
return(new CommsSerializationHelper <WaypointInfo>().SerializeToBytes((WaypointInfo)obj));
case ObjectTokens.HighLevelOrder:
return(new CommsSerializationHelper <HighLevelOrder>().SerializeToBytes((HighLevelOrder)obj));
case ObjectTokens.GameUiControl:
return(new CommsSerializationHelper <GameUiControl>().SerializeToBytes((GameUiControl)obj));
case ObjectTokens.EventTrigger:
return(new CommsSerializationHelper <EventTrigger>().SerializeToBytes((EventTrigger)obj));
case ObjectTokens.RegionInfo:
return(new CommsSerializationHelper <RegionInfo>().SerializeToBytes((RegionInfo)obj));
case ObjectTokens.Campaign:
return(new CommsSerializationHelper <Campaign>().SerializeToBytes((Campaign)obj));
case ObjectTokens.User:
return(new CommsSerializationHelper <User>().SerializeToBytes((User)obj));
case ObjectTokens.AiHintInfo:
return(new CommsSerializationHelper <AIHintInfo>().SerializeToBytes((AIHintInfo)obj));
case ObjectTokens.PlayerObjective:
return(new CommsSerializationHelper <PlayerObjective>().SerializeToBytes((PlayerObjective)obj));
case ObjectTokens.SteamClientInitiateConnection:
return(new CommsSerializationHelper <SteamClientInitiateConnection>().SerializeToBytes(( SteamClientInitiateConnection )obj));
case ObjectTokens.SteamGameServerInfo:
return(new CommsSerializationHelper <SteamGameServerInfo>().SerializeToBytes(( SteamGameServerInfo )obj));
case ObjectTokens.SteamClientBeginAuthentication:
return(new CommsSerializationHelper <SteamClientBeginAuthentication>().SerializeToBytes(( SteamClientBeginAuthentication )obj));
case ObjectTokens.SteamServerPassAuthentication:
return(new CommsSerializationHelper <SteamServerPassAuthentication>().SerializeToBytes(( SteamServerPassAuthentication )obj));
case ObjectTokens.ClientLeavingServer:
return(new CommsSerializationHelper <ClientLeavingServer>().SerializeToBytes(( ClientLeavingServer )obj));
case ObjectTokens.ServerExiting:
return(new CommsSerializationHelper <ServerExiting>().SerializeToBytes(( ServerExiting )obj));
default:
throw new InvalidOperationException("SerializeObject called with unknown object. " + obj.ObjectTypeToken);
}
}
/**
* @brief Take an object file created by ScriptObjWriter() and convert it to a series of dynamic methods.
* @param sdTypes = script-defined types
* @param objReader = where to read object file from (as written by ScriptObjWriter above).
* @param scriptObjCode.EndMethod = called for each method defined at the end of the methods definition
* @param objectTokens = write disassemble/decompile data (or null if not wanted)
*/
public static void CreateObjCode(Dictionary <string, TokenDeclSDType> sdTypes, BinaryReader objReader,
ScriptObjCode scriptObjCode, ObjectTokens objectTokens)
{
Dictionary <string, DynamicMethod> methods = new Dictionary <string, DynamicMethod>();
DynamicMethod method = null;
ILGenerator ilGen = null;
Dictionary <int, Label> labels = new Dictionary <int, Label>();
Dictionary <int, LocalBuilder> locals = new Dictionary <int, LocalBuilder>();
Dictionary <int, string> labelNames = new Dictionary <int, string>();
Dictionary <int, string> localNames = new Dictionary <int, string>();
object[] ilGenArg = new object[1];
int offset = 0;
Dictionary <int, ScriptSrcLoc> srcLocs = null;
string srcFile = "";
int srcLine = 0;
int srcPosn = 0;
while (true)
{
// Get IL instruction offset at beginning of instruction.
offset = 0;
if ((ilGen != null) && (monoGetCurrentOffset != null))
{
offset = (int)monoGetCurrentOffset.Invoke(null, ilGenArg);
}
// Read and decode next internal format code from input file (.xmrobj file).
ScriptObjWriterCode code = (ScriptObjWriterCode)objReader.ReadByte();
switch (code)
{
// Reached end-of-file so we are all done.
case ScriptObjWriterCode.TheEnd:
return;
// Beginning of method's contents.
// Method must have already been declared via DclMethod
// so all we need is its name to retrieve from methods[].
case ScriptObjWriterCode.BegMethod:
{
string methName = objReader.ReadString();
method = methods[methName];
ilGen = method.GetILGenerator();
ilGenArg[0] = ilGen;
labels.Clear();
locals.Clear();
labelNames.Clear();
localNames.Clear();
srcLocs = new Dictionary <int, ScriptSrcLoc>();
if (objectTokens != null)
{
objectTokens.BegMethod(method);
}
break;
}
// End of method's contents (ie, an OpCodes.Ret was probably just output).
// Call the callback to tell it the method is complete, and it can do whatever
// it wants with the method.
case ScriptObjWriterCode.EndMethod:
{
ilGen = null;
ilGenArg[0] = null;
scriptObjCode.EndMethod(method, srcLocs);
srcLocs = null;
if (objectTokens != null)
{
objectTokens.EndMethod();
}
break;
}
// Declare a label for branching to.
case ScriptObjWriterCode.DclLabel:
{
int number = objReader.ReadInt32();
string name = objReader.ReadString();
labels.Add(number, ilGen.DefineLabel());
labelNames.Add(number, name + "_" + number.ToString());
if (objectTokens != null)
{
objectTokens.DefineLabel(number, name);
}
break;
}
// Declare a local variable to store into.
case ScriptObjWriterCode.DclLocal:
{
int number = objReader.ReadInt32();
string name = objReader.ReadString();
string type = objReader.ReadString();
Type syType = GetTypeFromStr(sdTypes, type);
locals.Add(number, ilGen.DeclareLocal(syType));
localNames.Add(number, name + "_" + number.ToString());
if (objectTokens != null)
{
objectTokens.DefineLocal(number, name, type, syType);
}
break;
}
// Declare a method that will subsequently be defined.
// We create the DynamicMethod object at this point in case there
// are forward references from other method bodies.
case ScriptObjWriterCode.DclMethod:
{
string methName = objReader.ReadString();
Type retType = GetTypeFromStr(sdTypes, objReader.ReadString());
int nArgs = objReader.ReadInt32();
Type[] argTypes = new Type[nArgs];
string[] argNames = new string[nArgs];
for (int i = 0; i < nArgs; i++)
{
argTypes[i] = GetTypeFromStr(sdTypes, objReader.ReadString());
argNames[i] = objReader.ReadString();
}
methods.Add(methName, new DynamicMethod(methName, retType, argTypes));
if (objectTokens != null)
{
objectTokens.DefineMethod(methName, retType, argTypes, argNames);
}
break;
}
// Mark a previously declared label at this spot.
case ScriptObjWriterCode.MarkLabel:
{
int number = objReader.ReadInt32();
ilGen.MarkLabel(labels[number]);
if (objectTokens != null)
{
objectTokens.MarkLabel(offset, number);
}
break;
}
// Try/Catch blocks.
case ScriptObjWriterCode.BegExcBlk:
{
ilGen.BeginExceptionBlock();
if (objectTokens != null)
{
objectTokens.BegExcBlk(offset);
}
break;
}
case ScriptObjWriterCode.BegCatBlk:
{
Type excType = GetTypeFromStr(sdTypes, objReader.ReadString());
ilGen.BeginCatchBlock(excType);
if (objectTokens != null)
{
objectTokens.BegCatBlk(offset, excType);
}
break;
}
case ScriptObjWriterCode.BegFinBlk:
{
ilGen.BeginFinallyBlock();
if (objectTokens != null)
{
objectTokens.BegFinBlk(offset);
}
break;
}
case ScriptObjWriterCode.EndExcBlk:
{
ilGen.EndExceptionBlock();
if (objectTokens != null)
{
objectTokens.EndExcBlk(offset);
}
break;
}
// Emit an opcode with no operand.
case ScriptObjWriterCode.EmitNull:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode);
if (objectTokens != null)
{
objectTokens.EmitNull(offset, opCode);
}
break;
}
// Emit an opcode with a FieldInfo operand.
case ScriptObjWriterCode.EmitField:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
Type reflectedType = GetTypeFromStr(sdTypes, objReader.ReadString());
string fieldName = objReader.ReadString();
FieldInfo field = reflectedType.GetField(fieldName);
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, field);
if (objectTokens != null)
{
objectTokens.EmitField(offset, opCode, field);
}
break;
}
// Emit an opcode with a LocalBuilder operand.
case ScriptObjWriterCode.EmitLocal:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
int number = objReader.ReadInt32();
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, locals[number]);
if (objectTokens != null)
{
objectTokens.EmitLocal(offset, opCode, number);
}
break;
}
// Emit an opcode with a Type operand.
case ScriptObjWriterCode.EmitType:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
string name = objReader.ReadString();
Type type = GetTypeFromStr(sdTypes, name);
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, type);
if (objectTokens != null)
{
objectTokens.EmitType(offset, opCode, type);
}
break;
}
// Emit an opcode with a Label operand.
case ScriptObjWriterCode.EmitLabel:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
int number = objReader.ReadInt32();
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, labels[number]);
if (objectTokens != null)
{
objectTokens.EmitLabel(offset, opCode, number);
}
break;
}
// Emit an opcode with a Label array operand.
case ScriptObjWriterCode.EmitLabels:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
int nLabels = objReader.ReadInt32();
Label[] lbls = new Label[nLabels];
int[] nums = new int[nLabels];
for (int i = 0; i < nLabels; i++)
{
nums[i] = objReader.ReadInt32();
lbls[i] = labels[nums[i]];
}
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, lbls);
if (objectTokens != null)
{
objectTokens.EmitLabels(offset, opCode, nums);
}
break;
}
// Emit an opcode with a MethodInfo operand (such as a call) of an external function.
case ScriptObjWriterCode.EmitMethodExt:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
string methName = objReader.ReadString();
Type methType = GetTypeFromStr(sdTypes, objReader.ReadString());
int nArgs = objReader.ReadInt32();
Type[] argTypes = new Type[nArgs];
for (int i = 0; i < nArgs; i++)
{
argTypes[i] = GetTypeFromStr(sdTypes, objReader.ReadString());
}
MethodInfo methInfo = methType.GetMethod(methName, argTypes);
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, methInfo);
if (objectTokens != null)
{
objectTokens.EmitMethod(offset, opCode, methInfo);
}
break;
}
// Emit an opcode with a MethodInfo operand of an internal function
// (previously declared via DclMethod).
case ScriptObjWriterCode.EmitMethodInt:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
string methName = objReader.ReadString();
MethodInfo methInfo = methods[methName];
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, methInfo);
if (objectTokens != null)
{
objectTokens.EmitMethod(offset, opCode, methInfo);
}
break;
}
// Emit an opcode with a ConstructorInfo operand.
case ScriptObjWriterCode.EmitCtor:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
Type ctorType = GetTypeFromStr(sdTypes, objReader.ReadString());
int nArgs = objReader.ReadInt32();
Type[] argTypes = new Type[nArgs];
for (int i = 0; i < nArgs; i++)
{
argTypes[i] = GetTypeFromStr(sdTypes, objReader.ReadString());
}
ConstructorInfo ctorInfo = ctorType.GetConstructor(argTypes);
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, ctorInfo);
if (objectTokens != null)
{
objectTokens.EmitCtor(offset, opCode, ctorInfo);
}
break;
}
// Emit an opcode with a constant operand of various types.
case ScriptObjWriterCode.EmitDouble:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
double value = objReader.ReadDouble();
if (opCode != OpCodes.Ldc_R8)
{
throw new Exception("bad opcode " + opCode.ToString());
}
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, value);
if (objectTokens != null)
{
objectTokens.EmitDouble(offset, opCode, value);
}
break;
}
case ScriptObjWriterCode.EmitFloat:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
float value = objReader.ReadSingle();
if (opCode != OpCodes.Ldc_R4)
{
throw new Exception("bad opcode " + opCode.ToString());
}
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, value);
if (objectTokens != null)
{
objectTokens.EmitFloat(offset, opCode, value);
}
break;
}
case ScriptObjWriterCode.EmitInteger:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
int value = objReader.ReadInt32();
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
if (opCode == OpCodes.Ldc_I4)
{
if ((value >= -1) && (value <= 8))
{
opCode = opCodesLdcI4M1P8[value + 1];
ilGen.Emit(opCode);
if (objectTokens != null)
{
objectTokens.EmitNull(offset, opCode);
}
break;
}
if ((value >= 0) && (value <= 127))
{
opCode = OpCodes.Ldc_I4_S;
ilGen.Emit(OpCodes.Ldc_I4_S, (sbyte)value);
goto pemitint;
}
}
ilGen.Emit(opCode, value);
pemitint:
if (objectTokens != null)
{
objectTokens.EmitInteger(offset, opCode, value);
}
break;
}
case ScriptObjWriterCode.EmitString:
{
OpCode opCode = ReadOpCode(objReader, ref srcFile, ref srcLine, ref srcPosn);
string value = objReader.ReadString();
SaveSrcLoc(srcLocs, offset, srcFile, srcLine, srcPosn);
ilGen.Emit(opCode, value);
if (objectTokens != null)
{
objectTokens.EmitString(offset, opCode, value);
}
break;
}
// Who knows what?
default:
throw new Exception("bad ScriptObjWriterCode " + ((byte)code).ToString());
}
}
}
public IMarshallable DeSerializeNextObjectInReceiveBuffer()
{
if (!IsObjectInReceiveBuffer())
{
return(null);
}
ObjectTokens token = GetTokenFromReceiveBuffer();
int Length = GetLengthFromReceiveBuffer();
byte[] bytes = PopObjectBytesFromReceiveBuffer(Length);
switch (token) //TODO: IMPLEMENT ALL!
{
case ObjectTokens.NoObject:
break;
case ObjectTokens.Enq:
return(new CommsSerializationHelper <EnqObject>().DeserializeFromBytes(bytes));
case ObjectTokens.Ack:
return(new CommsSerializationHelper <AckObject>().DeserializeFromBytes(bytes));
case ObjectTokens.MessageString:
return(new CommsSerializationHelper <MessageString>().DeserializeFromBytes(bytes));
case ObjectTokens.PositionInfo:
return(new CommsSerializationHelper <PositionInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.BaseUnitInfo:
return(new CommsSerializationHelper <BaseUnitInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.GroupInfo:
return(new CommsSerializationHelper <GroupInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.DetectedGroupInfo:
return(new CommsSerializationHelper <DetectedGroupInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.DetectedUnitInfo:
return(new CommsSerializationHelper <DetectedUnitInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.DetecedUnitSensorInfo:
return(new CommsSerializationHelper <DetecedUnitSensorInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.MessageInfo:
return(new CommsSerializationHelper <MessageInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.GameInfo:
return(new CommsSerializationHelper <GameInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.GameStateInfo:
return(new CommsSerializationHelper <GameStateInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.BattleDamageReport:
return(new CommsSerializationHelper <BattleDamageReport>().DeserializeFromBytes(bytes));
case ObjectTokens.FormationPosition:
return(new CommsSerializationHelper <FormationPosition>().DeserializeFromBytes(bytes));
case ObjectTokens.Formation:
return(new CommsSerializationHelper <Formation>().DeserializeFromBytes(bytes));
case ObjectTokens.ClientInfoRequest:
return(new CommsSerializationHelper <ClientInfoRequest>().DeserializeFromBytes(bytes));
case ObjectTokens.GameControlRequest:
return(new CommsSerializationHelper <GameControlRequest>().DeserializeFromBytes(bytes));
case ObjectTokens.UnitOrder:
return(new CommsSerializationHelper <UnitOrder>().DeserializeFromBytes(bytes));
case ObjectTokens.UnitMovementOrder:
return(new CommsSerializationHelper <UnitMovementOrder>().DeserializeFromBytes(bytes));
case ObjectTokens.UnitEngagementOrder:
return(new CommsSerializationHelper <UnitEngagementOrder>().DeserializeFromBytes(bytes));
case ObjectTokens.OrderInfo:
//TODO: Add an orderinfo class to begin with
return(null);
case ObjectTokens.PlayerInfo:
return(new CommsSerializationHelper <PlayerInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.SensorClass:
return(new CommsSerializationHelper <SensorClass>().DeserializeFromBytes(bytes));
case ObjectTokens.UnitClass:
return(new CommsSerializationHelper <UnitClass>().DeserializeFromBytes(bytes));
case ObjectTokens.WeaponClass:
return(new CommsSerializationHelper <WeaponClass>().DeserializeFromBytes(bytes));
case ObjectTokens.GameScenario:
return(new CommsSerializationHelper <GameScenario>().DeserializeFromBytes(bytes));
case ObjectTokens.GameScenarioAlliance:
return(new CommsSerializationHelper <GameScenarioAlliance>().DeserializeFromBytes(bytes));
case ObjectTokens.GameScenarioPlayer:
return(new CommsSerializationHelper <GameScenarioPlayer>().DeserializeFromBytes(bytes));
case ObjectTokens.GameScenarioGroup:
return(new CommsSerializationHelper <GameScenarioGroup>().DeserializeFromBytes(bytes));
case ObjectTokens.GameScenarioUnit:
return(new CommsSerializationHelper <GameScenarioUnit>().DeserializeFromBytes(bytes));
case ObjectTokens.GameScenarioCarriedUnit:
return(new CommsSerializationHelper <GameScenarioCarriedUnit>().DeserializeFromBytes(bytes));
case ObjectTokens.WeatherSystemInfo:
return(new CommsSerializationHelper <WeatherSystemInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.NWDateTime:
return(new CommsSerializationHelper <NWDateTime>().DeserializeFromBytes(bytes));
case ObjectTokens.WaypointInfo:
return(new CommsSerializationHelper <WaypointInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.HighLevelOrder:
return(new CommsSerializationHelper <HighLevelOrder>().DeserializeFromBytes(bytes));
case ObjectTokens.GameUiControl:
return(new CommsSerializationHelper <GameUiControl>().DeserializeFromBytes(bytes));
case ObjectTokens.EventTrigger:
return(new CommsSerializationHelper <EventTrigger>().DeserializeFromBytes(bytes));
case ObjectTokens.RegionInfo:
return(new CommsSerializationHelper <RegionInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.User:
return(new CommsSerializationHelper <User>().DeserializeFromBytes(bytes));
case ObjectTokens.Campaign:
return(new CommsSerializationHelper <Campaign>().DeserializeFromBytes(bytes));
case ObjectTokens.AiHintInfo:
return(new CommsSerializationHelper <AIHintInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.PlayerObjective:
return(new CommsSerializationHelper <PlayerObjective>().DeserializeFromBytes(bytes));
case ObjectTokens.SteamClientInitiateConnection:
return(new CommsSerializationHelper <SteamClientInitiateConnection>().DeserializeFromBytes(bytes));
case ObjectTokens.SteamGameServerInfo:
return(new CommsSerializationHelper <SteamGameServerInfo>().DeserializeFromBytes(bytes));
case ObjectTokens.SteamClientBeginAuthentication:
return(new CommsSerializationHelper <SteamClientBeginAuthentication>().DeserializeFromBytes(bytes));
case ObjectTokens.SteamServerPassAuthentication:
return(new CommsSerializationHelper <SteamServerPassAuthentication>().DeserializeFromBytes(bytes));
case ObjectTokens.ClientLeavingServer:
return(new CommsSerializationHelper <ClientLeavingServer>().DeserializeFromBytes(bytes));
case ObjectTokens.ServerExiting:
return(new CommsSerializationHelper <ServerExiting>().DeserializeFromBytes(bytes));
default:
throw new InvalidOperationException("DeSerializeNextObjectInBuffer called with unknown object. "
+ token.ToString());
}
return(null);
}
/**
* @brief Fill in ScriptObjCode from an YEngine object file.
* 'objFileReader' is a serialized form of the CIL code we generated
* 'asmFileWriter' is where we write the disassembly to (or null if not wanted)
* 'srcFileWriter' is where we write the decompilation to (or null if not wanted)
* Throws an exception if there is any error (theoretically).
*/
public ScriptObjCode(BinaryReader objFileReader, TextWriter asmFileWriter, TextWriter srcFileWriter)
{
// Check version number to make sure we know how to process file contents.
char[] ocm = objFileReader.ReadChars(ScriptCodeGen.OBJECT_CODE_MAGIC.Length);
if (new String(ocm) != ScriptCodeGen.OBJECT_CODE_MAGIC)
{
throw new CVVMismatchException("Not an Yengine object file (bad magic)");
}
int cvv = objFileReader.ReadInt32();
if (cvv != ScriptCodeGen.COMPILED_VERSION_VALUE)
{
throw new CVVMismatchException(
"Object version is " + cvv.ToString() + " but accept only " + ScriptCodeGen.COMPILED_VERSION_VALUE.ToString());
}
// Fill in simple parts of scriptObjCode object.
sourceHash = objFileReader.ReadString();
glblSizes.ReadFromFile(objFileReader);
int nStates = objFileReader.ReadInt32();
stateNames = new string[nStates];
for (int i = 0; i < nStates; i++)
{
stateNames[i] = objFileReader.ReadString();
if (asmFileWriter != null)
{
asmFileWriter.WriteLine(" state[{0}] = {1}", i, stateNames[i]);
}
}
if (asmFileWriter != null)
{
glblSizes.WriteAsmFile(asmFileWriter, "numGbl");
}
string gblName;
while ((gblName = objFileReader.ReadString()) != "")
{
string gblType = objFileReader.ReadString();
int gblIndex = objFileReader.ReadInt32();
Dictionary <int, string> names;
if (!globalVarNames.TryGetValue(gblType, out names))
{
names = new Dictionary <int, string>();
globalVarNames.Add(gblType, names);
}
names.Add(gblIndex, gblName);
if (asmFileWriter != null)
{
asmFileWriter.WriteLine(" {0} = {1}[{2}]", gblName, gblType, gblIndex);
}
}
// Read in script-defined types.
sdObjTypesName = new Dictionary <string, TokenDeclSDType>();
sdDelTypes = new Dictionary <Type, string>();
int maxIndex = -1;
while ((gblName = objFileReader.ReadString()) != "")
{
TokenDeclSDType sdt = TokenDeclSDType.ReadFromFile(sdObjTypesName,
gblName, objFileReader, asmFileWriter);
sdObjTypesName.Add(gblName, sdt);
if (maxIndex < sdt.sdTypeIndex)
{
maxIndex = sdt.sdTypeIndex;
}
if (sdt is TokenDeclSDTypeDelegate)
{
sdDelTypes.Add(sdt.GetSysType(), gblName);
}
}
sdObjTypesIndx = new TokenDeclSDType[maxIndex + 1];
foreach (TokenDeclSDType sdt in sdObjTypesName.Values)
{
sdObjTypesIndx[sdt.sdTypeIndex] = sdt;
}
// Now fill in the methods (the hard part).
scriptEventHandlerTable = new ScriptEventHandler[nStates, (int)ScriptEventCode.Size];
dynamicMethods = new Dictionary <string, DynamicMethod>();
scriptSrcLocss = new Dictionary <string, KeyValuePair <int, ScriptSrcLoc>[]>();
ObjectTokens objectTokens = null;
if (asmFileWriter != null)
{
objectTokens = new OTDisassemble(this, asmFileWriter);
}
else if (srcFileWriter != null)
{
objectTokens = new OTDecompile(this, srcFileWriter);
}
try
{
ScriptObjWriter.CreateObjCode(sdObjTypesName, objFileReader, this, objectTokens);
}
finally
{
if (objectTokens != null)
{
objectTokens.Close();
}
}
// We enter all script event handler methods in the ScriptEventHandler table.
// They are named: <statename> <eventname>
foreach (KeyValuePair <string, DynamicMethod> kvp in dynamicMethods)
{
string methName = kvp.Key;
int i = methName.IndexOf(' ');
if (i < 0)
{
continue;
}
string stateName = methName.Substring(0, i);
string eventName = methName.Substring(++i);
int stateCode;
for (stateCode = stateNames.Length; --stateCode >= 0;)
{
if (stateNames[stateCode] == stateName)
{
break;
}
}
int eventCode = (int)Enum.Parse(typeof(ScriptEventCode), eventName);
scriptEventHandlerTable[stateCode, eventCode] =
(ScriptEventHandler)kvp.Value.CreateDelegate(typeof(ScriptEventHandler));
}
// Fill in all script-defined class vtables.
foreach (TokenDeclSDType sdt in sdObjTypesIndx)
{
if ((sdt != null) && (sdt is TokenDeclSDTypeClass))
{
TokenDeclSDTypeClass sdtc = (TokenDeclSDTypeClass)sdt;
sdtc.FillVTables(this);
}
}
}
