public static SerializedRuntimeState FromRuntimeState(VM.RuntimeState state)
{
SerializedRuntimeState serState = new SerializedRuntimeState();
serState.IP = state.IP;
serState.LSLState = state.LSLState;
serState.Globals = SerializedLSLPrimitive.FromPrimitiveList(state.Globals);
serState.Operands = SerializedLSLPrimitive.FromPrimitiveStack(state.Operands);
serState.Calls = new SerializedStackFrame[state.Calls.Count];
int i = 0;
foreach (VM.StackFrame frame in state.Calls)
{
serState.Calls[i] = SerializedStackFrame.FromStackFrame(frame);
i++;
}
serState.TopFrame = SerializedStackFrame.FromStackFrame(state.TopFrame);
serState.MemInfo = state.MemInfo;
serState.EventQueue = new SerializedPostedEvent[state.EventQueue.Count];
i = 0;
foreach (VM.PostedEvent evt in state.EventQueue)
{
serState.EventQueue[i] = SerializedPostedEvent.FromPostedEvent(evt);
i++;
}
serState.RunState = state.RunState;
serState.Enabled = state.GeneralEnable;
UInt64 tickCountNow = Util.Clock.GetLongTickCount();
serState.StateCapturedOn = DateTime.Now;
//if the next wakeup is in the past, just filter it to be now equal to the state capture time
//this prevents strange values from getting into the tickcounttodatetime calculation
serState.NextWakeup = state.NextWakeup < tickCountNow ? serState.StateCapturedOn : Util.Clock.TickCountToDateTime(state.NextWakeup, tickCountNow);
serState.TimerLastScheduledOn = Util.Clock.TickCountToDateTime(state.TimerLastScheduledOn, tickCountNow);
serState.TimerInterval = state.TimerInterval;
serState.RunningEvent = SerializedPostedEvent.FromPostedEvent(state.RunningEvent);
serState.ActiveListens = new Dictionary<int, VM.ActiveListen>(state.ActiveListens);
serState.StartParameter = state.StartParameter;
serState.MiscAttributes = new Dictionary<int, SerializedLSLPrimitive[]>();
foreach (KeyValuePair<int, object[]> kvp in state.MiscAttributes)
{
serState.MiscAttributes[kvp.Key] = SerializedLSLPrimitive.FromPrimitiveList(kvp.Value);
}
//calculate total runtime
serState.TotalRuntime = state.TotalRuntime;
return serState;
}
