public override void DispatchCommand(CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
if (TbsHandle == UIntPtr.Zero)
{
throw new Exception("TBS context not created.");
}
var resultBuf = new byte[4096];
uint bytesReturned = (uint)resultBuf.Length;
TbsWrapper.TBS_RESULT result = TbsWrapper.NativeMethods.Tbsip_Submit_Command(TbsHandle,
(TbsWrapper.TBS_COMMAND_LOCALITY)
active.ActiveLocality,
active.ActivePriority,
inBuf,
(uint)inBuf.Length,
resultBuf,
ref bytesReturned);
if (result != AlternativeResult && result != TbsWrapper.TBS_RESULT.TBS_SUCCESS)
{
string errMsg = new Win32Exception((int)result).Message;
ProcessError("TBS error " + result.ToString("X") + ": " + errMsg, out outBuf);
return;
}
if (bytesReturned == 0)
{
ProcessError(Globs.GetResourceString("SubmitError2"), out outBuf);
return;
}
outBuf = new byte[bytesReturned];
Array.Copy(resultBuf, outBuf, (int)bytesReturned);
}
public void Modify_ShouldNotModifyOtherThanDollarExpressions()
{
const string notDollarExpression = "from h in hests select h";
var modified = CommandModifier.Modify(notDollarExpression);
Assert.That(modified, Is.EqualTo(notDollarExpression));
}
public void Modify_ShouldModifyMultipleQueries()
{
const string command = "from h in $(hest) where $(select Name from HestType).Any(n => n.Equals(h.Type)) select h";
var modified = CommandModifier.Modify(command);
Assert.That(modified, Is.EqualTo("from h in Query(\"select * from hest\") where Query(\"select Name from HestType\").Any(n => n.Equals(h.Type)) select h"));
}
public void NextLevel(CommandModifier cm)
{
requestStateClear();
LevelGenerator.level = 2;
print("exit end level");
requestStackPush((int)GameFlowStates.ID.Level);
}
public override void DispatchCommand(CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
outBuf = new byte[] { 0x80, 0x01, // TPM_ST_NO_SESSIONS
0, 0, 0, 0x0A, // length
0x40, 0x28, 0x00, 0x10 // TSS_DISPATCH_FAILED
};
if (CommandStream == null)
{
return;
}
if (LinuxTrm)
{
if (Globs.NetToHost4U(Globs.CopyData(inBuf, 6, 4)) == (uint)TpmCc.Startup)
{
outBuf[6] = outBuf[7] = 0; outBuf[8] = 0x01; outBuf[9] = 0; // TPM_RC_INITIALIZE
return;
}
}
UndoCancelContext();
var b = new ByteBuf();
b.Append(Globs.HostToNet((int)TcpTpmCommands.SendCommand));
b.Append(new[] { active.ActiveLocality });
if (LinuxTrm && OldTrm)
{
b.Append(new byte [] { 0, 1 });
}
b.Append(Globs.HostToNet(inBuf.Length));
b.Append(inBuf);
Write(CommandStream, b.GetBuffer());
outBuf = ReadVarArray(CommandStream);
GetAck(CommandStream, "DispatchCommand");
}
public void GoToMenu(CommandModifier cm)
{
requestStateClear();
GameManager.instance.currentScene = 0;
GameManager.instance.nextState = (int)GameFlowStates.ID.Menu;
requestStackPush((int)GameFlowStates.ID.Loading);
}
public static void TriggerEvent(string eventName, CommandModifier modifier)
{
Command e = null;
eventName = eventName.ToLower();
if (instance.m_EventDictionary.TryGetValue(eventName, out e))
{
e.Invoke(modifier);
}
}
void WrongCommand(CommandModifier cm)
{
m_WrongCommandNumber++;
if (m_WrongCommandNumber == m_WrongCommandNumberBeforeDialogue)
{
m_WrongCommandNumber = 0;
int name = Random.Range(0, 5);
int index = Random.Range(1, 6);
TriggerSitualtionalDialogue("WrongCommand" + names [name] + index);
}
}
public static OperationStatus ReadFrom(
ReadOnlySpan <byte> span,
CommandModifier modifier,
out CommandArg arg)
{
bool ok;
ulong value;
int size;
switch (modifier)
{
case CommandModifier.ZeroBytes:
size = 0;
ok = true;
value = 0;
break;
case CommandModifier.OneByte:
size = 1;
ok = span.Length >= 1;
value = ok ? span[0] : 0UL;
break;
case CommandModifier.TwoBytes:
size = 2;
ok = BinaryPrimitives.TryReadUInt16BigEndian(span, out var valShort);
value = valShort;
break;
case CommandModifier.FourBytes:
size = 4;
ok = BinaryPrimitives.TryReadUInt32BigEndian(span, out var valInt);
value = valInt;
break;
case CommandModifier.EightBytes:
size = 8;
ok = BinaryPrimitives.TryReadUInt64BigEndian(span, out value);
break;
default:
throw new ArgumentException($"{nameof(CommandModifier)}.{modifier}");
}
if (!ok)
{
arg = default;
return(OperationStatus.NeedMoreData);
}
arg = new CommandArg(value, size, modifier);
return(OperationStatus.Done);
}
private void Laser(CommandModifier modifier)
{
Energy energy = GetComponent <Energy> ();
if (energy != null)
{
float energyRequired = 30 * modifier.sizeModifier;
if (energy.GetCurrentEnergy() > energyRequired)
{
m_WeaponManager.Fire(1, 1, modifier.sizeModifier, Vector3.up);
energy.LoseEnergy(energyRequired);
}
}
}
public CommandModifier GetModifiers(string[] words, int endIndex)
{
CommandModifier result = new CommandModifier(1, 1, 1);
for (int i = 0; i < endIndex; i++)
{
string word = words [i];
result += new CommandModifier(m_SizeModifiers.GetModifier(word),
m_NumberModifiers.GetModifier(word),
m_SpeedModifiers.GetModifier(word)
);
}
return(result);
}
public override void DispatchCommand(CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
UndoCancelContext();
var b = new ByteBuf();
b.Append(Globs.HostToNet((int)TcpTpmCommands.SendCommand));
b.Append(new[] { active.ActiveLocality });
b.Append(Globs.HostToNet(inBuf.Length));
b.Append(inBuf);
Write(CommandStream, b.GetBuffer());
outBuf = ReadVarArray(CommandStream);
GetAck(CommandStream, "DispatchCommand");
}
public bool FireCommand(string command, CommandModifier modifier)
{
Command e = null;
if (m_TextToInputMap.TryGetValue('"' + command + '"', out e))
{
e.Invoke(modifier);
return(true);
}
else
{
EventManager.TriggerEvent("WrongCommand", modifier);
return(false);
}
}
public override void DispatchCommand(CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
if (!PowerIsOn)
{
outBuf = new byte[0];
return;
}
TpmDllWrapper.NativeMethods._plat__LocalitySet(active.ActiveLocality);
TpmDllWrapper.NativeMethods.ExecuteCommand((uint)inBuf.Length,
inBuf,
ref ResponseBufSize,
ref ResponseBuf);
outBuf = new byte[ResponseBufSize];
Marshal.Copy(ResponseBuf, outBuf, 0, (int)ResponseBufSize);
}
public override void DispatchCommand(CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
if (CommandCallbacks != null)
{
byte[] tempInBuf;
CommandCallbacks.PreCallback(inBuf, out tempInBuf);
if (tempInBuf != null)
{
inBuf = tempInBuf;
}
}
Device.DispatchCommand(active, inBuf, out outBuf);
if (CommandCallbacks != null)
{
CommandCallbacks.PostCallback(inBuf, outBuf);
}
}
// Send TPM-command buffer to device
public override void DispatchCommand(
CommandModifier mod,
byte[] cmdBuf,
out byte[] respBuf)
{
if (TrmDevice != null)
{
TrmDevice.DispatchCommand(mod, cmdBuf, out respBuf);
return;
}
if (_tpmIO == null)
{
throw new InvalidOperationException("TPM context not created.");
}
_tpmIO.Write(cmdBuf, 0, cmdBuf.Length);
int count = 0;
int bytesRead = 0;
do
{
bytesRead = _tpmIO.Read(_responseBuffer, 0, _responseBuffer.Length);
if (bytesRead > 0)
{
break;
}
#if WINDOWS_UWP
Task.Delay(TpmIORetryBackoffTime).Wait();
#else
Thread.Sleep(TpmIORetryBackoffTime);
#endif
Debug.WriteLine($"TPM {_tpmDevicePath} retry {count}.");
} while (count++ < TpmIORetryCount);
if (bytesRead <= 0)
{
throw new IOException($"No response from {_tpmDevicePath}");
}
respBuf = new byte[bytesRead];
Array.Copy(_responseBuffer, respBuf, bytesRead);
}
private IDbCommandResult GetResultOf(string command)
{
if (command.Equals("reset"))
{
_cSharpEvaluator.Init();
return(new MessageResult(string.Format("C# Evaluator is reset")));
}
command = CommandModifier.Modify(command);
var builder = new StringBuilder();
builder.AppendFormat("Running: {0}", command).AppendLine();
var result = _cSharpEvaluator.Run(command);
if (result.ResultSet)
{
if (result.Result == null)
{
return(new MessageResult("null"));
}
if (result.Result.IsCollection())
{
return(_collectionConverter.Convert((IEnumerable)result.Result));
}
if (result.Result.IsComplexType())
{
return(_collectionConverter.Convert(new[] { result.Result }));
}
builder.AppendLine(result.Result == null ? "null" : result.Result.ToString());
}
if (result.HasMessage)
{
builder.AppendLine(result.Message);
}
if (result.HasReport)
{
builder.AppendLine(result.Report);
}
return(new MessageResult(builder.ToString()));
}
public override void DispatchCommand(CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
if (TbsHandle == UIntPtr.Zero)
{
throw new Exception("TBS context not created.");
}
var resultBuf = new byte[4096];
uint resultByteCount = (uint)resultBuf.Length;
TpmRc result = TpmRc.Success;
TbsWrapper.TBS_RESULT tbsRes = TbsWrapper.NativeMethods.
Tbsip_Submit_Command(TbsHandle,
(TbsWrapper.TBS_COMMAND_LOCALITY)active.ActiveLocality,
active.ActivePriority,
inBuf,
(uint)inBuf.Length,
resultBuf,
ref resultByteCount);
string errMsg;
if (tbsRes == TbsWrapper.TBS_RESULT.SUCCESS)
{
if (resultByteCount != 0)
{
outBuf = new byte[resultByteCount];
Array.Copy(resultBuf, outBuf, (int)resultByteCount);
return;
}
result = TpmRc.TbsUnknownError;
errMsg = Globs.GetResourceString("SubmitError2");
}
else
{
errMsg = new Win32Exception((int)result).Message;
}
outBuf = TpmErrorHelpers.BuildErrorResponseBuffer(result);
} // TbsDevice.DispatchCommand
public CommandArg(ulong value)
{
Value = value;
if (value <= byte.MaxValue)
{
Size = 1;
Modifier = CommandModifier.OneByte;
}
else if (value <= ushort.MaxValue)
{
Size = 2;
Modifier = CommandModifier.TwoBytes;
}
else if (value <= uint.MaxValue)
{
Size = 4;
Modifier = CommandModifier.FourBytes;
}
else
{
Size = 8;
Modifier = CommandModifier.EightBytes;
}
}
private void Shield(CommandModifier cm)
{
requestStackPush((int)PlayerStates.ID.Shield);
}
private void GodState(CommandModifier cm)
{
requestStackPop();
requestStackPush((int)PlayerStates.ID.God);
}
public override void DispatchCommand(CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
Tbs.DispatchCommand(this, active, inBuf, out outBuf);
}
private void Fire(CommandModifier modifier)
{
m_WeaponManager.Fire(0, modifier.numberModifier, modifier.sizeModifier, Vector3.up);
}
/// <summary>
/// Dispatch a command to the underlying TPM. This method implements all significant functionality.
/// DispatchCommand examines the command stream and performs (approximately) the following functions
/// 1) If the command references a handle (session or transient object) then TBS makes sure that the entity
/// is loaded. If it is, then the handle is "translated" to the underlying TPM handle. If it is not, then
/// TBS checks to see if it has a saved context for the entity, and if so loads it.
/// 2) If the command will fill a slot, then TBS ensures that a slot is available. It does this by ContextSaving
/// the LRU entity of the proper type (that is not used in this command).
/// </summary>
/// <param name="caller"></param>
/// <param name="active"></param>
/// <param name="inBuf"></param>
/// <param name="outBuf"></param>
/// <exception cref="Exception"></exception>
internal void DispatchCommand(TbsContext caller, CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
lock (this)
{
CommandNumber++;
// ReSharper disable once CompareOfFloatsByEqualityOperator
if (StateSaveProbability != 0.0)
{
// S3 debug support
DebugStateSave();
LastStateSaveCommandNumber = CommandNumber;
}
CommandHeader commandHeader;
TpmHandle[] inHandles;
SessionIn[] inSessions;
byte[] commandParmsNoHandles;
bool legalCommand = CommandProcessor.CrackCommand(inBuf, out commandHeader, out inHandles, out inSessions, out commandParmsNoHandles);
if (!legalCommand)
{
// Is a diagnostics command. Pass through to TPM (a real RM would refuse).
TpmDevice.DispatchCommand(active, inBuf, out outBuf);
return;
}
TpmCc commandCode = commandHeader.CommandCode;
// Lookup command
CommandInfo command = Tpm2.CommandInfoFromCommandCode(commandCode);
if (command == null)
{
throw new Exception("Unrecognized command");
}
if (commandCode == TpmCc.ContextLoad || commandCode == TpmCc.ContextSave)
{
//throw new Exception("ContextLoad and ContextSave not supported in this build");
Console.Error.WriteLine("ContextLoad and ContextSave not supported in this build");
outBuf = Marshaller.GetTpmRepresentation(new Object[] {
TpmSt.NoSessions,
(uint)10,
TpmRc.NotUsed
});
}
// Look up referenced objects and sessions
ObjectContext[] neededObjects = GetReferencedObjects(caller, inHandles);
ObjectContext[] neededSessions = GetSessions(caller, inSessions);
if (neededObjects == null || neededSessions == null)
{
// This means that one or more of the handles was not registered for the context
byte[] ret = FormatError(TpmRc.Handle);
outBuf = ret;
return;
}
// Load referenced objects and sessions (free slots if needed)
bool loadOk = LoadEntities(neededObjects);
bool loadOk2 = LoadEntities(neededSessions);
if (!loadOk || !loadOk2)
{
throw new Exception("Failed to make space for objects or sessions at to execute command");
}
// At this point everything referenced should be loaded, and there will be a free slot if needed
// so we can translate the input handles to the underlying handles
ReplaceHandlesIn(inHandles, inSessions, neededObjects, neededSessions);
// create the translated command from the various components we have been manipulating
byte[] commandBuf = CommandProcessor.CreateCommand(commandHeader.CommandCode, inHandles, inSessions, commandParmsNoHandles);
Debug.Assert(commandBuf.Length == inBuf.Length);
byte[] responseBuf;
// Todo: Virtualize GetCapability for handle enumeration.
//
// Execute command on underlying TPM device.
// If we get an ObjectMemory or SessionMemory error we try to make more space and try again
// Note: If the TPM device throws an error above we let it propagate out. There should be no side
// effects on TPM state that the TBS cares about.
//
do
{
TpmDevice.DispatchCommand(active, commandBuf, out responseBuf);
TpmRc resCode = GetResultCode(responseBuf);
if (resCode == TpmRc.Success)
{
break;
}
if (resCode == TpmRc.ObjectMemory)
{
bool slotMade = MakeSpace(SlotType.ObjectSlot, neededObjects);
if (!slotMade)
{
throw new Exception("Failed to make an object slot in the TPM");
}
continue;
}
if (resCode == TpmRc.SessionMemory)
{
bool slotMade = MakeSpace(SlotType.SessionSlot, neededSessions);
if (!slotMade)
{
throw new Exception("Failed to make a session slot in the TPM");
}
continue;
}
break;
} while (true);
// Parse the response from the TPM
// TODO: Make this use the new methods in Tpm2
// ReSharper disable once UnusedVariable
var mOut = new Marshaller(responseBuf);
TpmSt responseTag;
uint responseParamSize;
TpmRc resultCode;
TpmHandle[] responseHandles;
SessionOut[] responseSessions;
byte[] responseParmsNoHandles, responseParmsWithHandles;
CommandProcessor.SplitResponse(responseBuf,
command.HandleCountOut,
out responseTag,
out responseParamSize,
out resultCode,
out responseHandles,
out responseSessions,
out responseParmsNoHandles,
out responseParmsWithHandles);
// If we have an error there is no impact on the loaded sessions, but we update
// the LRU values because the user will likely try again.
if (resultCode != TpmRc.Success)
{
outBuf = responseBuf;
UpdateLastUseCount(new[] { neededObjects, neededSessions });
return;
}
// Update TBS database with any newly created TPM objects
ProcessUpdatedTpmState(caller, command, responseHandles, neededObjects);
// And if there were any newly created objects use the new DB entries to translate the handles
ReplaceHandlesOut(responseHandles);
byte[] translatedResponse = CommandProcessor.CreateResponse(resultCode, responseHandles, responseSessions, responseParmsNoHandles);
outBuf = translatedResponse;
Debug.Assert(outBuf.Length == responseBuf.Length);
} // lock(this)
}
// Send TPM-command buffer to device
public virtual void DispatchCommand(CommandModifier mod,
byte[] cmdBuf, out byte[] respBuf)
{
throw new Exception("Tpm2Device.DispatchCommand: Should never be here");
}
private void MoveLeft(CommandModifier modifier)
{
m_Body.Move(-1 * modifier.speedModifier, 0);
}
/// <summary>
/// Dispatch a command to the underlying TPM. This method implements all
/// significant functionality. It examines the command stream and performs
/// (approximately) the following actions:
/// 1) If the command references a handle (session or transient object), then
/// TBS makes sure that the entity is loaded. If it is, then the handle is
/// "translated" to the underlying TPM handle. If it is not, then TBS checks
/// to see if it has a saved context for the entity, and if so, loads it.
/// 2) If the command will fill a slot, then TBS ensures that a slot is available.
/// It does this by ContextSaving the LRU entity of the proper type (that is
/// not used in this command).
/// </summary>
/// <param name="caller"></param>
/// <param name="active"></param>
/// <param name="inBuf"></param>
/// <param name="outBuf"></param>
/// <exception cref="Exception"></exception>
internal void DispatchCommand(TbsContext caller, CommandModifier active, byte[] inBuf, out byte[] outBuf)
{
lock (this)
{
CommandNumber++;
// ReSharper disable once CompareOfFloatsByEqualityOperator
if (StateSaveProbability != 0.0)
{
// S3 debug support
DebugStateSave();
LastStateSaveCommandNumber = CommandNumber;
}
CommandHeader commandHeader;
TpmHandle[] inHandles;
SessionIn[] inSessions;
byte[] commandParmsNoHandles;
bool legalCommand = CommandProcessor.CrackCommand(inBuf,
out commandHeader, out inHandles, out inSessions, out commandParmsNoHandles);
if (!legalCommand)
{
// Is a diagnostics command. Pass through to TPM (a real RM would refuse).
TpmDevice.DispatchCommand(active, inBuf, out outBuf);
return;
}
TpmCc cc = commandHeader.CommandCode;
// Lookup command
CommandInfo command = Tpm2.CommandInfoFromCommandCode(cc);
if (command == null)
{
throw new Exception("Unrecognized command");
}
if (cc == TpmCc.ContextLoad || cc == TpmCc.ContextSave)
{
Debug.WriteLine("ContextLoad and ContextSave are not supported in this build");
outBuf = Marshaller.GetTpmRepresentation(new Object[] {
TpmSt.NoSessions,
(uint)10,
TpmRc.NotUsed
});
}
// Look up referenced objects and sessions
ObjectContext[] neededObjects = GetReferencedObjects(caller, inHandles);
ObjectContext[] neededSessions = GetSessions(caller, inSessions);
ObjectContext[] neededEntities =
neededObjects != null
? neededSessions != null
? neededObjects.Concat(neededSessions).ToArray()
: neededObjects
: neededSessions;
#if false
// LibTester may intentionally use invalid handles, therefore it always
// work in the passthru mode (all correctness checks by TSS infra suppressed)
if (!Tpm2._TssBehavior.Passthrough &&
(neededObjects == null || neededSessions == null))
#endif
if (neededObjects == null || neededSessions == null)
{
// One or more of the handles was not registered for the context
byte[] ret = FormatError(TpmRc.Handle);
outBuf = ret;
return;
}
// Load referenced objects and sessions (free slots if needed)
// It's important to load all object and session handles in a single call
// to LoadEntities(), as for some commands (e.g. GetSessionAuditDigest)
// the objects array may contain session handles. In this case the session
// handles loaded by the invocation of LoadEntities for neededObjects
// may be evicted again during the subsequent call for neededSessions.
var expectedResponses = Tpm._GetExpectedResponses();
if (!LoadEntities(neededEntities))
{
throw new Exception("Failed to make space for objects or sessions");
}
else
{
// At this point everything referenced should be loaded, and
// there will be a free slot if needed so we can translate
// the input handles to the underlying handles
ReplaceHandlesIn(inHandles, inSessions, neededObjects, neededSessions);
}
// Re-create the command using translated object and session handles
byte[] commandBuf = CommandProcessor.CreateCommand(commandHeader.CommandCode,
inHandles, inSessions, commandParmsNoHandles);
if (!Tpm2._TssBehavior.Passthrough)
{
Debug.Assert(commandBuf.Length == inBuf.Length);
}
byte[] responseBuf;
// TODO: Virtualize TPM2_GetCapability() for handle enumeration.
//
// Execute command on underlying TPM device.
// If we get an ObjectMemory or SessionMemory error we try to make more space and try again
// Note: If the TPM device throws an error above we let it propagate out. There should be no side
// effects on TPM state that the TBS cares about.
//
ulong firstCtxSeqNum = 0;
while (true)
{
Tpm._ExpectResponses(expectedResponses);
TpmDevice.DispatchCommand(active, commandBuf, out responseBuf);
TpmRc res = GetResultCode(responseBuf);
if (res == TpmRc.Success ||
expectedResponses != null && expectedResponses.Contains(res))
{
break;
}
if (res == TpmRc.ContextGap)
{
ulong seqNum = ShortenSessionContextGap(firstCtxSeqNum);
if (seqNum == 0)
{
break; // Failed to handle CONTEXT_GAP error
}
if (firstCtxSeqNum == 0)
{
firstCtxSeqNum = seqNum;
}
//if (firstCtxSeqNum != 0)
// Console.WriteLine("DispatchCommand: CONTEXT_GAP handled");
continue;
}
var slotType = SlotType.NoSlot;
if (res == TpmRc.ObjectHandles || res == TpmRc.ObjectMemory)
{
slotType = SlotType.ObjectSlot;
}
else if (res == TpmRc.SessionHandles || res == TpmRc.SessionMemory)
{
slotType = SlotType.SessionSlot;
}
else
{
// Command failure not related to resources
break;
}
if (!MakeSpace(slotType, neededEntities))
{
// Failed to make an object slot in the TPM
responseBuf = TpmErrorHelpers.BuildErrorResponseBuffer(TpmRc.Memory);
break;
}
}
// Parse the response from the TPM
TpmSt responseTag;
uint responseParamSize;
TpmRc resultCode;
TpmHandle[] responseHandles;
SessionOut[] responseSessions;
byte[] responseParmsNoHandles, responseParmsWithHandles;
CommandProcessor.SplitResponse(responseBuf,
command.HandleCountOut,
out responseTag,
out responseParamSize,
out resultCode,
out responseHandles,
out responseSessions,
out responseParmsNoHandles,
out responseParmsWithHandles);
// In case of an error there is no impact on the loaded sessions, but
// we update the LRU values because the user will likely try again.
if (resultCode != TpmRc.Success)
{
outBuf = responseBuf;
UpdateLastUseCount(new[] { neededObjects, neededSessions });
return;
}
// Update TBS database with any newly created TPM objects
ProcessUpdatedTpmState(caller, command, responseHandles, neededObjects);
// And if there were any newly created objects use the new DB entries
// to translate the handles
ReplaceHandlesOut(responseHandles);
outBuf = CommandProcessor.CreateResponse(resultCode, responseHandles,
responseSessions, responseParmsNoHandles);
Debug.Assert(outBuf.Length == responseBuf.Length);
} // lock(this)
}
private void MoveRight(CommandModifier modifier)
{
m_Body.Move(1 * modifier.speedModifier, 0);
}
private void ExitGodState(CommandModifier cm)
{
requestStackPop();
requestStackPush((int)PlayerStates.ID.Normal);
}
private void MoveStop(CommandModifier modifier)
{
m_Body.Move(0, 0);
}