public PostprocessorOutputRecord(
ILogSourcePostprocessor metadata,
LogSourceRecord logSourceRecord,
Action scheduleRefresh,
Action fireChangeNotification,
LJTraceSource trace,
IHeartBeatTimer heartbeat,
ISynchronizationContext modelSyncContext,
ISynchronizationContext threadPoolSyncContext,
Telemetry.ITelemetryCollector telemetry,
IOutputDataDeserializer outputDataDeserializer)
{
this.metadata = metadata;
this.logSourceRecord = logSourceRecord;
state = new LoadingState(new PostprocessorOutputRecordState.Context()
{
owner = this,
scheduleRefresh = scheduleRefresh,
fireChangeNotification = fireChangeNotification,
tracer = trace,
telemetry = telemetry,
heartbeat = heartbeat,
modelSyncContext = modelSyncContext,
threadPoolSyncContext = threadPoolSyncContext,
outputDataDeserializer = outputDataDeserializer
}, null, null);
}
void Refresh()
{
bool somethingChanged = false;
foreach (LogSourceRecord rec in knownLogSources.Values)
{
rec.logSourceIsAlive = false;
}
foreach (var src in EnumLogSourcesOfKnownTypes())
{
if (!knownLogSources.TryGetValue(src.Key, out LogSourceRecord rec))
{
rec = new LogSourceRecord(src.Key, src.Value);
foreach (var postprocessorType in rec.metadata.SupportedPostprocessors)
{
rec.PostprocessorsOutputs.Add(new PostprocessorOutputRecord(
postprocessorType, rec, updater.Invoke,
FireChangedEvent, tracer,
heartbeat, modelSyncContext, threadPoolSyncContext, telemetry, outputDataDeserializer));
}
knownLogSources.Add(src.Key, rec);
somethingChanged = true;
}
rec.logSourceIsAlive = true;
foreach (var parserOutput in rec.PostprocessorsOutputs)
{
if (parserOutput.SetState(parserOutput.state.Refresh()))
{
somethingChanged = true;
}
}
}
foreach (LogSourceRecord rec in new List <LogSourceRecord>(knownLogSources.Values))
{
if (rec.logSource.IsDisposed)
{
rec.logSourceIsAlive = false;
}
if (!rec.logSourceIsAlive)
{
if (!rec.cancellation.IsCancellationRequested)
{
rec.cancellation.Cancel();
}
knownLogSources.Remove(rec.logSource);
rec.PostprocessorsOutputs.ForEach(ppo => ppo.Dispose());
somethingChanged = true;
}
}
if (somethingChanged)
{
FireChangedEvent();
}
if (somethingChanged && settingsAccessor.EnableAutoPostprocessing)
{
var outputs = this.GetAutoPostprocessingCapableOutputs()
.Where(x => x.PostprocessorMetadata.Kind != PostprocessorKind.Correlator)
.Select(output => new KeyValuePair <ILogSourcePostprocessor, ILogSource>(output.PostprocessorMetadata, output.LogSource))
.ToArray();
if (outputs.Length > 0)
{
((IManager)this).RunPostprocessor(outputs);
}
}
}
void Refresh()
{
bool somethingChanged = false;
foreach (LogSourceRecord rec in knownLogSources.Values)
{
rec.logSourceIsAlive = false;
}
foreach (var src in EnumLogSourcesOfKnownTypes())
{
if (!knownLogSources.TryGetValue(src.Key, out LogSourceRecord rec))
{
rec = new LogSourceRecord(src.Key, src.Value, logFileSystem);
foreach (var postprocessorType in rec.metadata.SupportedPostprocessors)
{
rec.PostprocessorsOutputs.Add(new PostprocessorOutputRecord(
postprocessorType, rec, () => updater.Invoke(),
FireChangedEvent, tracer,
heartbeat, modelSyncContext, threadPoolSyncContext, telemetry, outputDataDeserializer));
}
knownLogSources = knownLogSources.Add(src.Key, rec);
somethingChanged = true;
}
rec.logSourceIsAlive = true;
foreach (var parserOutput in rec.PostprocessorsOutputs)
{
if (parserOutput.SetState(parserOutput.state.Refresh()))
{
somethingChanged = true;
}
}
}
foreach (LogSourceRecord rec in new List <LogSourceRecord>(knownLogSources.Values))
{
if (rec.logSource.IsDisposed)
{
rec.logSourceIsAlive = false;
}
if (!rec.logSourceIsAlive)
{
if (!rec.cancellation.IsCancellationRequested)
{
rec.cancellation.Cancel();
}
knownLogSources = knownLogSources.Remove(rec.logSource);
rec.PostprocessorsOutputs.ForEach(ppo => ppo.Dispose());
somethingChanged = true;
}
}
if (somethingChanged)
{
FireChangedEvent();
}
if (somethingChanged && settingsAccessor.EnableAutoPostprocessing)
{
IManagerInternal intf = this;
var outputs = intf.LogSourcePostprocessors.GetAutoPostprocessingCapableOutputs().ToArray();
if (outputs.Length > 0)
{
intf.RunPostprocessors(outputs);
}
}
}