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);
}
public void BeforeEach()
{
logSources = Substitute.For <ILogSourcesManager>();
telemetry = Substitute.For <Telemetry.ITelemetryCollector>();
mockedSyncContext = new ManualSynchronizationContext();
heartbeat = Substitute.For <IHeartBeatTimer>();
progressAggregator = Substitute.For <Progress.IProgressAggregator>();
settingsAccessor = Substitute.For <Settings.IGlobalSettingsAccessor>();
logSource1 = Substitute.For <ILogSource>();
logProviderFac1 = Substitute.For <ILogProviderFactory>();
logSource1.Provider.Factory.Returns(logProviderFac1);
logSource1.Provider.ConnectionParams.Returns(new ConnectionParams($"{ConnectionParamsKeys.PathConnectionParam}=/log.txt"));
logSource1.Provider.Stats.Returns(new LogProviderStats()
{
ContentsEtag = null
});
logSourcePP1 = Substitute.For <ILogSourcePostprocessor>();
logSourcePP1.Kind.Returns(PostprocessorKind.SequenceDiagram);
pp1outputXmlSection = Substitute.For <Persistence.ISaxXMLStorageSection>();
logSource1.LogSourceSpecificStorageEntry.OpenSaxXMLSection("postproc-sequencediagram.xml", Persistence.StorageSectionOpenFlag.ReadOnly).Returns(pp1outputXmlSection);
pp1outputXmlSection.Reader.Returns(Substitute.For <XmlReader>());
pp1PostprocessorOutput = Substitute.For <IPostprocessorOutputETag>();
outputDataDeserializer = Substitute.For <IOutputDataDeserializer>();
outputDataDeserializer.Deserialize(PostprocessorKind.SequenceDiagram, Arg.Any <LogSourcePostprocessorDeserializationParams>()).Returns(pp1PostprocessorOutput);
pp1RunSummary = Substitute.For <IPostprocessorRunSummary>();
logSourcePP1.Run(null).ReturnsForAnyArgs(Task.FromResult(pp1RunSummary));
pp1RunSummary.GetLogSpecificSummary(null).ReturnsForAnyArgs((IPostprocessorRunSummary)null);
manager = new LogJoint.Postprocessing.PostprocessorsManager(
logSources, telemetry, mockedSyncContext, mockedSyncContext, heartbeat, progressAggregator, settingsAccessor, outputDataDeserializer, new TraceSourceFactory());
manager.RegisterLogType(new LogSourceMetadata(logProviderFac1, logSourcePP1));
}
void IManager.RegisterCrossLogSourcePostprocessor(ILogSourcePostprocessor postprocessor)
{
this.crossLogSourcePostprocessorsTypes.Add(postprocessor);
}
static string MakeLogSourcePostprocessorFeatureId(LogSourceMetadata logSource, ILogSourcePostprocessor postproc)
{
return(string.Format(@"postprocessor\{0}\{1}\{2}",
logSource.LogProviderFactory.CompanyName, logSource.LogProviderFactory.FormatName, postproc.Kind.ToString()));
}
static string MakePostprocessorOutputFileName(ILogSourcePostprocessor pp)
{
return(string.Format("postproc-{0}.xml", pp.TypeID.ToLower()));
}
internal static string MakePostprocessorOutputFileName(this ILogSourcePostprocessor pp)
{
return(string.Format("postproc-{0}.xml", pp.Kind.ToString().ToLower()));
}
