private void getValue()
{
if (Configuration.TrackComputingsExecutingUserCode)
{
Thread currentThread = Thread.CurrentThread;
IComputing computing = DebugInfo._computingsExecutingUserCode.ContainsKey(currentThread)
? DebugInfo._computingsExecutingUserCode[currentThread]
: null;
DebugInfo._computingsExecutingUserCode[currentThread] = this;
_userCodeIsCalledFrom = computing;
_value = _getter(_propertyHolder);
if (computing == null)
{
DebugInfo._computingsExecutingUserCode.TryRemove(currentThread, out IComputing _);
}
else
{
DebugInfo._computingsExecutingUserCode[currentThread] = computing;
}
_userCodeIsCalledFrom = null;
}
else
{
_value = _getter(_propertyHolder);
}
}
private TResult getResult()
{
TResult result;
if (Configuration.TrackComputingsExecutingUserCode)
{
Thread currentThread = Thread.CurrentThread;
IComputing computing = DebugInfo._computingsExecutingUserCode.ContainsKey(currentThread)
? DebugInfo._computingsExecutingUserCode[currentThread]
: null;
DebugInfo._computingsExecutingUserCode[currentThread] = this;
_userCodeIsCalledFrom = computing;
result = _getValueFunc();
if (computing == null)
{
DebugInfo._computingsExecutingUserCode.TryRemove(currentThread, out IComputing _);
}
else
{
DebugInfo._computingsExecutingUserCode[currentThread] = computing;
}
_userCodeIsCalledFrom = null;
}
else
{
result = _getValueFunc();
}
return(result);
}
private TReturnValue processNewValue(TValue newValue)
{
if (Configuration.TrackComputingsExecutingUserCode)
{
Thread currentThread = Thread.CurrentThread;
IComputing computing = DebugInfo._computingsExecutingUserCode.ContainsKey(currentThread)
? DebugInfo._computingsExecutingUserCode[currentThread]
: null;
DebugInfo._computingsExecutingUserCode[currentThread] = this;
_userCodeIsCalledFrom = computing;
TReturnValue returnValue = _newValueProcessor(newValue, this, _returnValue);
if (computing == null)
{
DebugInfo._computingsExecutingUserCode.TryRemove(currentThread, out IComputing _);
}
else
{
DebugInfo._computingsExecutingUserCode[currentThread] = computing;
}
_userCodeIsCalledFrom = null;
return(returnValue);
}
else
{
return(_newValueProcessor(newValue, this, _returnValue));
}
}
internal Invocation(Action <object> actionWithState, object state, OcDispatcher ocDispatcher, InvocationStatus invocationStatus, IComputing context = null, ManualResetEventSlim doneManualResetEvent = null) : this()
{
_actionWithState = actionWithState;
_state = state;
_ocDispatcher = ocDispatcher;
_context = context;
InvocationStatus = invocationStatus;
_doneManualResetEvent = doneManualResetEvent;
if (Configuration.SaveOcDispatcherInvocationStackTrace)
{
_callStackTrace = Environment.StackTrace;
}
}
internal Invocation(Action <object> actionWithState, object state, Dispatcher dispatcher, IComputing context = null) : this()
{
_actionWithState = actionWithState;
_state = state;
_dispatcher = dispatcher;
_context = context;
if (Configuration.SaveDispatcherInvocationStackTrace)
{
_callStackTrace = Environment.StackTrace;
}
}
public ObservableComputationsInconsistencyException(IComputing computing, string message, object eventSender, EventArgs eventArgs) : base(computing, message)
{
_eventSender = eventSender;
_eventArgs = eventArgs;
}
public ObservableComputationsException(IComputing computing, string message) : base(message)
{
_computing = computing;
}
