/// <summary>
/// Get the label of the timeline event
/// </summary>
/// <returns>The list of strings and colours which need to be joined to make a label</returns>
public List <Tuple <string, WritableRgbaFloat> > Label()
{
Debug.Assert(_item is not null);
if (_cachedLabel != null && _cachedLabelTheme == Themes.ThemeVariant)
{
return(_cachedLabel);
}
_cachedLabel = new List <Tuple <string, WritableRgbaFloat> >();
_cachedLabelTheme = Themes.ThemeVariant;
WritableRgbaFloat textColour = Themes.GetThemeColourWRF(Themes.eThemeColour.WindowText);
switch (_eventType)
{
case eTimelineEvent.ProcessStart:
{
TraceRecord trace = (TraceRecord)_item;
_cachedLabel.Add(new Tuple <string, WritableRgbaFloat>($"Process ({trace.PID}) Started", textColour));
break;
}
case eTimelineEvent.ProcessEnd:
{
TraceRecord trace = (TraceRecord)_item;
_cachedLabel.Add(new Tuple <string, WritableRgbaFloat>($"Process ({trace.PID}) Ended", textColour));
break;
}
case eTimelineEvent.ThreadStart:
{
ProtoGraph graph = (ProtoGraph)_item;
_cachedLabel.Add(new Tuple <string, WritableRgbaFloat>($"Thread ({graph.ThreadID}) Started", textColour));
break;
}
case eTimelineEvent.ThreadEnd:
{
ProtoGraph graph = (ProtoGraph)_item;
_cachedLabel.Add(new Tuple <string, WritableRgbaFloat>($"Thread ({graph.ThreadID}) Ended", textColour));
break;
}
case eTimelineEvent.APICall:
{
Logging.APICALL call = (Logging.APICALL)_item;
NodeData n = call.Node !;
var labelitems = n.CreateColourisedSymbolCall(call.Graph, call.Index, textColour, Themes.GetThemeColourWRF(Themes.eThemeColour.Emphasis1));
_cachedLabel.AddRange(labelitems);
break;
}
default:
_cachedLabel.Add(new Tuple <string, WritableRgbaFloat>($"Bad timeline event: ", textColour));
Debug.Assert(false, $"Bad timeline event: {_eventType}");
return(_cachedLabel);
}
return(_cachedLabel);
}