internal bool ReadDebuggingDataModel(ref NativeStream.Reader reader, EntityFrameData entityFrameData, out TracingStep tracingStep)
{
tracingStep = default;
IPortModel portModel;
switch (reader.Read <DotsFrameTrace.StepType>())
{
case DotsFrameTrace.StepType.ExecutedNode:
entityFrameData.FrameTrace.ReadExecutedNode(ref reader, out NodeId id, out byte progress);
if (!NodeMapping.TryGetValue(id, out var nodeModel))
{
return(false);
}
tracingStep = TracingStep.ExecutedNode(nodeModel, progress);
break;
case DotsFrameTrace.StepType.TriggeredPort:
entityFrameData.FrameTrace.ReadTriggeredPort(ref reader, out OutputTriggerPort triggeredPort);
if (!PortMapping.TryGetValue(triggeredPort.Port.Index, out portModel))
{
return(false);
}
tracingStep = TracingStep.TriggeredPort(portModel);
break;
case DotsFrameTrace.StepType.WrittenValue:
entityFrameData.FrameTrace.ReadWrittenValue(ref reader, out Value writtenValue,
out OutputDataPort outputDataPort);
if (!PortMapping.TryGetValue(outputDataPort.Port.Index, out portModel))
{
return(false);
}
tracingStep = TracingStep.WrittenValue(portModel, writtenValue.ToPrettyString());
break;
case DotsFrameTrace.StepType.ReadValue:
entityFrameData.FrameTrace.ReadReadValue(ref reader, out Value readValue, out InputDataPort inputDataPort);
if (!PortMapping.TryGetValue(inputDataPort.Port.Index, out portModel))
{
return(false);
}
tracingStep = TracingStep.ReadValue(portModel, readValue.ToPrettyString());
break;
default:
throw new ArgumentOutOfRangeException();
}
return(true);
}
void DisplayStepValues(TracingStep step)
{
switch (step.Type)
{
case TracingStepType.ExecutedNode:
// Do Nothing, already handled in HighlightTrace()
break;
case TracingStepType.TriggeredPort:
var p = step.PortModel.GetUI <DebuggingPort>(m_GraphView);
if (p != null)
{
p.ExecutionPortActive = true;
}
break;
case TracingStepType.WrittenValue:
step.NodeModel.GraphModel.AddBadge(new DebuggingValueBadgeModel(step));
break;
case TracingStepType.ReadValue:
step.NodeModel.GraphModel.AddBadge(new DebuggingValueBadgeModel(step));
break;
case TracingStepType.Error:
step.NodeModel.GraphModel.AddBadge(new DebuggingErrorBadgeModel(step));
break;
}
var hasProgress = step.NodeModel as IHasProgress;
if (hasProgress?.HasProgress ?? false)
{
var node = step.NodeModel.GetUI <CollapsibleInOutNode>(m_GraphView);
if (node != null)
{
node.Progress = step.Progress;
}
}
}
void AddStyleClassToModel(TracingStep step, string highlightStyle)
{
var node = step.NodeModel.GetUI <Node>(m_GraphView);
if (step.NodeModel != null && node != null)
{
// TODO TRACING errors
// if (step.type == DebuggerTracer.EntityFrameTrace.StepType.Exception)
// {
// ui.AddToClassList(k_ExceptionHighlight);
//
// if (m_PauseState == PauseState.Paused || m_PlayState == PlayModeStateChange.EnteredEditMode)
// {
// ((VseGraphView)m_GraphView).UIController.AttachErrorBadge(ui, step.errorMessage, SpriteAlignment.TopLeft);
// }
// }
// else
{
node.AddToClassList(highlightStyle);
}
}
}
static string GetName(TracingStep step)
{
return($"{step.Type} {step.NodeModel} {step.PortModel}");
}
public StepSearcherItem(TracingStep step, int i) : base(GetName(step), "No help available.")
{
Index = i;
}
public DebuggingErrorBadgeModel(TracingStep step)
: base(step.NodeModel)
{
m_ErrorMessage = step.ErrorMessage;
}
public DebuggingValueBadgeModel(TracingStep step)
: base(step.PortModel, step.ValueString)
{
}
