// Process incomming net messages
public void Update(DebuggerRecInterface a_iRec)
{
int msgLimit = 100; // NOTE: This can improve UI responsiveness, but can cause the queue buffer to grow!
for (;;) // While messages are queued
{
m_inStreamCur = m_network.GetFirstInQueue();
// Limit messages in case we cause app to freeze
if (--msgLimit <= 0)
{
break;
}
if (m_inStreamCur == null)
{
break;
}
int msgId = 0;
Unpack(out msgId);
if (FOURCC.ID_dbrk == msgId)
{
int threadId, sourceId, lineNum;
Unpack(out threadId).Unpack(out sourceId).Unpack(out lineNum);
a_iRec.gmDebuggerBreak(threadId, sourceId, lineNum);
}
else if (FOURCC.ID_drun == msgId)
{
int threadId;
Unpack(out threadId);
a_iRec.gmDebuggerRun(threadId);
}
else if (FOURCC.ID_dstp == msgId)
{
int threadId;
Unpack(out threadId);
a_iRec.gmDebuggerStop(threadId);
}
else if (FOURCC.ID_dsrc == msgId)
{
int sourceId;
String sourceName, source;
Unpack(out sourceId).Unpack(out sourceName).Unpack(out source);
a_iRec.gmDebuggerSource(sourceId, sourceName, source);
}
else if (FOURCC.ID_dexc == msgId)
{
int threadId;
Unpack(out threadId);
a_iRec.gmDebuggerException(threadId);
}
else if (FOURCC.ID_dctx == msgId)
{
int threadId, callFrame;
Unpack(out threadId).Unpack(out callFrame); // thread id, callframe
a_iRec.gmDebuggerBeginContext(threadId, callFrame);
for (;;)
{
int id;
Unpack(out id);
if (id == FOURCC.ID_call)
{
String functionName, thisSymbol, thisValue;
int sourceId, lineNum, thisId;
Unpack(out callFrame).Unpack(out functionName).Unpack(out sourceId).Unpack(out lineNum).Unpack(out thisSymbol).Unpack(out thisValue).Unpack(out thisId);
a_iRec.gmDebuggerContextCallFrame(callFrame, functionName, sourceId, lineNum, thisSymbol, thisValue, thisId);
}
else if (id == FOURCC.ID_vari)
{
int varId;
String varSymbol, varValue;
Unpack(out varSymbol).Unpack(out varValue).Unpack(out varId);
a_iRec.gmDebuggerContextVariable(varSymbol, varValue, varId);
}
else if (id == FOURCC.ID_done)
{
break;
}
else
{
break;
}
}
a_iRec.gmDebuggerEndContext();
}
else if (FOURCC.ID_dsri == msgId)
{
// todo
break;
}
else if (FOURCC.ID_dthi == msgId)
{
a_iRec.gmDebuggerBeginThreadInfo();
for (;;)
{
int id, threadId, threadState;
Unpack(out id);
if (id == FOURCC.ID_thri)
{
Unpack(out threadId).Unpack(out threadState);
a_iRec.gmDebuggerThreadInfo(threadId, threadState);
}
else if (id == FOURCC.ID_done)
{
break;
}
else
{
break;
}
}
a_iRec.gmDebuggerEndThreadInfo();
}
else if (FOURCC.ID_derr == msgId)
{
String errorMessage;
Unpack(out errorMessage);
a_iRec.gmDebuggerError(errorMessage);
}
else if (FOURCC.ID_dmsg == msgId)
{
String message;
Unpack(out message);
a_iRec.gmDebuggerMessage(message);
}
else if (FOURCC.ID_dack == msgId)
{
int response, posNeg;
Unpack(out response).Unpack(out posNeg);
a_iRec.gmDebuggerAck(response, posNeg);
}
else if (FOURCC.ID_dend == msgId)
{
a_iRec.gmDebuggerQuit();
}
else
{
// unknown Id
}
}
}
// Process incomming net messages
public void Update(DebuggerRecInterface a_iRec)
{
int msgLimit = 100; // NOTE: This can improve UI responsiveness, but can cause the queue buffer to grow!
for(;;) // While messages are queued
{
m_inStreamCur = m_network.GetFirstInQueue();
// Limit messages in case we cause app to freeze
if( --msgLimit <= 0 )
{
break;
}
if (m_inStreamCur == null)
{
break;
}
int msgId = 0;
Unpack(out msgId);
if( FOURCC.ID_dbrk == msgId )
{
int threadId, sourceId, lineNum;
Unpack(out threadId).Unpack(out sourceId).Unpack(out lineNum);
a_iRec.gmDebuggerBreak(threadId, sourceId, lineNum);
}
else if( FOURCC.ID_drun == msgId )
{
int threadId;
Unpack(out threadId);
a_iRec.gmDebuggerRun(threadId);
}
else if( FOURCC.ID_dstp == msgId )
{
int threadId;
Unpack(out threadId);
a_iRec.gmDebuggerStop(threadId);
}
else if( FOURCC.ID_dsrc == msgId )
{
int sourceId;
String sourceName, source;
Unpack(out sourceId).Unpack(out sourceName).Unpack(out source);
a_iRec.gmDebuggerSource(sourceId, sourceName, source);
}
else if( FOURCC.ID_dexc == msgId )
{
int threadId;
Unpack(out threadId);
a_iRec.gmDebuggerException(threadId);
}
else if( FOURCC.ID_dctx == msgId )
{
int threadId, callFrame;
Unpack(out threadId).Unpack(out callFrame); // thread id, callframe
a_iRec.gmDebuggerBeginContext(threadId, callFrame);
for(;;)
{
int id;
Unpack(out id);
if(id == FOURCC.ID_call)
{
String functionName, thisSymbol, thisValue;
int sourceId, lineNum, thisId;
Unpack(out callFrame).Unpack(out functionName).Unpack(out sourceId).Unpack(out lineNum).Unpack(out thisSymbol).Unpack(out thisValue).Unpack(out thisId);
a_iRec.gmDebuggerContextCallFrame(callFrame, functionName, sourceId, lineNum, thisSymbol, thisValue, thisId);
}
else if (id == FOURCC.ID_vari)
{
int varId;
String varSymbol, varValue;
Unpack(out varSymbol).Unpack(out varValue).Unpack(out varId);
a_iRec.gmDebuggerContextVariable(varSymbol, varValue, varId);
}
else if (id == FOURCC.ID_done)
{
break;
}
else
{
break;
}
}
a_iRec.gmDebuggerEndContext();
}
else if( FOURCC.ID_dsri == msgId )
{
// todo
break;
}
else if( FOURCC.ID_dthi == msgId )
{
a_iRec.gmDebuggerBeginThreadInfo();
for(;;)
{
int id, threadId, threadState;
Unpack(out id);
if(id == FOURCC.ID_thri)
{
Unpack(out threadId).Unpack(out threadState);
a_iRec.gmDebuggerThreadInfo(threadId, threadState);
}
else if (id == FOURCC.ID_done)
{
break;
}
else
{
break;
}
}
a_iRec.gmDebuggerEndThreadInfo();
}
else if( FOURCC.ID_derr == msgId )
{
String errorMessage;
Unpack(out errorMessage);
a_iRec.gmDebuggerError(errorMessage);
}
else if( FOURCC.ID_dmsg == msgId )
{
String message;
Unpack(out message);
a_iRec.gmDebuggerMessage(message);
}
else if( FOURCC.ID_dack == msgId )
{
int response, posNeg;
Unpack(out response).Unpack(out posNeg);
a_iRec.gmDebuggerAck(response, posNeg);
}
else if( FOURCC.ID_dend == msgId )
{
a_iRec.gmDebuggerQuit();
}
else
{
// unknown Id
}
}
}
