public TimelinePostprocessorOutput(LogSourcePostprocessorDeserializationParams p, IEntitiesComparer entitiesComparer, ILogPartTokenFactory rotatedLogPartFactory)
{
this.logSource = p.LogSource;
if (!p.Reader.ReadToFollowing("root"))
{
throw new FormatException();
}
etag.Read(p.Reader);
var eventsDeserializer = new EventsDeserializer(TextLogEventTrigger.DeserializerFunction);
var events = new List <Event>();
foreach (var elt in p.Reader.ReadChildrenElements())
{
if (eventsDeserializer.TryDeserialize(elt, out var evt))
{
events.Add(evt);
}
else if (rotatedLogPartFactory.TryReadLogPartToken(elt, out var tmp))
{
this.rotatedLogPartToken = tmp;
}
p.Cancellation.ThrowIfCancellationRequested();
}
this.timelineEvents = events.AsReadOnly();
}
public StateInspectorOutput(LogSourcePostprocessorDeserializationParams p, ILogPartTokenFactories rotatedLogPartFactories)
{
this.logSource = p.LogSource;
if (!p.Reader.ReadToFollowing("root"))
{
throw new FormatException();
}
etag.Read(p.Reader);
var eventsDeserializer = new EventsDeserializer(TextLogEventTrigger.DeserializerFunction);
foreach (var elt in p.Reader.ReadChildrenElements())
{
if (eventsDeserializer.TryDeserialize(elt, out var evt))
{
events.Add(evt);
}
else if (rotatedLogPartFactories.TryReadLogPartToken(elt, out var tmp))
{
this.rotatedLogPartToken = tmp;
}
p.Cancellation.ThrowIfCancellationRequested();
}
}
public TimeSeriesPostprocessorOutput(LogSourcePostprocessorDeserializationParams p,
ILogPartTokenFactory rotatedLogPartFactory, TSBlocks.ITimeSeriesTypesAccess timeSeriesTypesAccess)
{
this.logSource = p.LogSource;
logDisplayName = logSource.DisplayName;
p.Reader.ReadStartElement();
events = (List <TSBlocks.EventBase>)timeSeriesTypesAccess.GetEventsSerializer().Deserialize(p.Reader);
timeSeries = (List <TSBlocks.TimeSeriesData>)timeSeriesTypesAccess.GetSeriesSerializer().Deserialize(p.Reader);
timeSeries.ForEach(Sanitize);
}
public SequenceDiagramPostprocessorOutput(LogSourcePostprocessorDeserializationParams p, ILogPartTokenFactory rotatedLogPartFactory)
{
this.logSource = p.LogSource;
var reader = p.Reader;
events = new List <M.Event>();
timelineComments = new List <TLBlock.Event>();
stateComments = new List <SIBlock.Event>();
rotatedLogPartToken = new NullLogPartToken();
if (!reader.ReadToFollowing("root"))
{
throw new FormatException();
}
etag.Read(reader);
if (reader.ReadToFollowing(messagingEventsElementName))
{
var eventsDeserializer = new M.EventsDeserializer(TextLogEventTrigger.DeserializerFunction);
foreach (var elt in reader.ReadChildrenElements())
{
if (eventsDeserializer.TryDeserialize(elt, out var evt))
{
events.Add(evt);
}
}
}
if (reader.ReadToFollowing(timelineCommentsElementName))
{
var eventsDeserializer = new TLBlock.EventsDeserializer(TextLogEventTrigger.DeserializerFunction);
foreach (var elt in reader.ReadChildrenElements())
{
if (eventsDeserializer.TryDeserialize(elt, out var evt))
{
timelineComments.Add(evt);
}
}
}
if (reader.ReadToFollowing(stateCommentsElementName))
{
var eventsDeserializer = new SIBlock.EventsDeserializer(TextLogEventTrigger.DeserializerFunction);
foreach (var elt in reader.ReadChildrenElements())
{
if (eventsDeserializer.TryDeserialize(elt, out var evt))
{
stateComments.Add(evt);
}
}
}
}
public PostprocessorOutput(
LogSourcePostprocessorDeserializationParams p,
ILogPartTokenFactories rotatedLogPartFactories,
ISameNodeDetectionTokenFactories nodeDetectionTokenFactories)
{
this.logSource = p.LogSource;
var reader = p.Reader;
events = new List <M.Event>();
rotatedLogPartToken = new NullLogPartToken();
sameNodeDetectionToken = new NullSameNodeDetectionToken();
if (!reader.ReadToFollowing("root"))
{
throw new FormatException();
}
etag.Read(reader);
foreach (var elt in p.Reader.ReadChildrenElements())
{
if (rotatedLogPartFactories.TryReadLogPartToken(elt, out var tmp))
{
this.rotatedLogPartToken = tmp;
}
else if (nodeDetectionTokenFactories.TryReadLogPartToken(elt, out var tmp2))
{
sameNodeDetectionToken = tmp2;
}
else if (elt.Name == messagingEventsElementName)
{
var eventsDeserializer = new M.EventsDeserializer(TextLogEventTrigger.DeserializerFunction);
foreach (var me in elt.Elements())
{
if (eventsDeserializer.TryDeserialize(me, out var evt))
{
events.Add(evt);
}
}
}
p.Cancellation.ThrowIfCancellationRequested();
}
}
public object Deserialize(PostprocessorKind kind, LogSourcePostprocessorDeserializationParams p)
{
switch (kind)
{
case PostprocessorKind.StateInspector:
return(new StateInspector.StateInspectorOutput(p, logPartTokenFactories));
case PostprocessorKind.Timeline:
return(new Timeline.TimelinePostprocessorOutput(p, logPartTokenFactories));
case PostprocessorKind.SequenceDiagram:
return(new SequenceDiagram.SequenceDiagramPostprocessorOutput(p, null));
case PostprocessorKind.TimeSeries:
return(new TimeSeries.TimeSeriesPostprocessorOutput(p, null, timeSeriesTypesAccess));
case PostprocessorKind.Correlator:
return(new Correlation.PostprocessorOutput(p, logPartTokenFactories, nodeDetectionTokenFactories));
default:
return(null);
}
}
public object Deserialize(PostprocessorKind kind, LogSourcePostprocessorDeserializationParams p)
{
switch (kind)
{
case PostprocessorKind.StateInspector:
return(new StateInspector.StateInspectorOutput(p));
case PostprocessorKind.Timeline:
return(new Timeline.TimelinePostprocessorOutput(p, null));
case PostprocessorKind.SequenceDiagram:
return(new SequenceDiagram.SequenceDiagramPostprocessorOutput(p, null));
case PostprocessorKind.TimeSeries:
return(new TimeSeries.TimeSeriesPostprocessorOutput(p, null, timeSeriesTypesAccess));
case PostprocessorKind.Correlator:
return(Correlation.CorrelatorPostprocessorOutput.Parse(p.Reader));
default:
return(null);
}
}
public TimelinePostprocessorOutput(LogSourcePostprocessorDeserializationParams p, ILogPartTokenFactories logPartTokenFactories) :
this(p, TimelineEntitiesComparer.Instance, logPartTokenFactories)
{
}
public TimelinePostprocessorOutput(LogSourcePostprocessorDeserializationParams p, ILogPartTokenFactory rotatedLogPartFactory = null) :
this(p, TimelineEntitiesComparer.Instance, rotatedLogPartFactory)
{
}
