async Task RunForChromeDebug(LogSourcePostprocessorInput input)
{
var reader = new CDL.Reader(postprocessing.TextLogParser, input.CancellationToken).Read(input.OpenLogFile, s => s.Dispose(), input.ProgressHandler);
var multiplexedInput = reader.Multiplex();
IPrefixMatcher prefixMatcher = postprocessing.CreatePrefixMatcher();
var matchedMessages = multiplexedInput.MatchTextPrefixes(prefixMatcher).Multiplex();
var webRtcStateInspector = new CDL.WebRtcStateInspector(prefixMatcher);
var processIdDetector = new CDL.ProcessIdDetector();
var nodeDetectionTokenTask = (new CDL.NodeDetectionTokenSource(processIdDetector, webRtcStateInspector)).GetToken(matchedMessages);
var matcher = postprocessing.CreatePrefixMatcher();
var extensionSources = pluginModel.ChromeDebugLogMessagingEventSources.Select(src => src(
matcher, multiplexedInput, input.TemplatesTracker)).ToArray();
var events = EnumerableAsync.Merge(extensionSources.Select(s => s.Events).ToArray());
var serialize = postprocessing.Correlation.CreatePostprocessorOutputBuilder()
.SetSameNodeDetectionToken(nodeDetectionTokenTask)
.SetMessagingEvents(events)
.SetTriggersConverter(evtTrigger => TextLogEventTrigger.FromUnknownTrigger(evtTrigger))
.Build(input);
var tasks = new List <Task>();
tasks.Add(serialize);
tasks.AddRange(extensionSources.SelectMany(s => s.MultiplexingEnumerables.Select(e => e.Open())));
tasks.Add(matchedMessages.Open());
tasks.Add(multiplexedInput.Open());
await Task.WhenAll(tasks);
}
async Task RunForSymRTC(
IEnumerableAsync <Sym.Message[]> messages,
LogSourcePostprocessorInput postprocessorInput
)
{
IPrefixMatcher matcher = postprocessing.CreatePrefixMatcher();
var logMessages = messages.MatchTextPrefixes(matcher).Multiplex();
Sym.IMeetingsStateInspector symMeetingsStateInspector = new Sym.MeetingsStateInspector(matcher);
Sym.IMediaStateInspector symMediaStateInspector = new Sym.MediaStateInspector(matcher, symMeetingsStateInspector);
var symMeetingEvents = symMeetingsStateInspector.GetEvents(logMessages);
var symMediagEvents = symMediaStateInspector.GetEvents(logMessages);
matcher.Freeze();
var events = postprocessorInput.TemplatesTracker.TrackTemplates(EnumerableAsync.Merge(
symMeetingEvents,
symMediagEvents
));
var serialize = postprocessing.StateInspector.SavePostprocessorOutput(
events,
null,
evtTrigger => TextLogEventTrigger.Make((Sym.Message)evtTrigger),
postprocessorInput
);
await Task.WhenAll(serialize, logMessages.Open());
}
async Task RunForChromeDebug(
IEnumerableAsync <CDL.Message[]> input,
LogSourcePostprocessorInput postprocessorInput
)
{
var multiplexedInput = input.Multiplex();
IPrefixMatcher matcher = postprocessing.CreatePrefixMatcher();
var extensionSources = pluginModel.ChromeDebugLogTimeLineEventSources.Select(src => src(
matcher, multiplexedInput, postprocessorInput.TemplatesTracker)).ToArray();
var events = postprocessorInput.TemplatesTracker.TrackTemplates(EnumerableAsync.Merge(extensionSources.Select(s => s.Events).ToArray()));
matcher.Freeze();
var serialize = postprocessing.Timeline.CreatePostprocessorOutputBuilder()
.SetEvents(events)
.SetTriggersConverter(evtTrigger => TextLogEventTrigger.FromUnknownTrigger(evtTrigger))
.Build(postprocessorInput);
var tasks = new List <Task>();
tasks.Add(serialize);
tasks.AddRange(extensionSources.SelectMany(s => s.MultiplexingEnumerables.Select(e => e.Open())));
tasks.Add(multiplexedInput.Open());
await Task.WhenAll(tasks);
}
public TimelineEvents(
IPrefixMatcher matcher
)
{
devToolsNetworkEventPrefix1 = matcher.RegisterPrefix(DevTools.Events.Network.Base.Prefix1);
devToolsNetworkEventPrefix2 = matcher.RegisterPrefix(DevTools.Events.Network.Base.Prefix2);
}
public MediaStateInspector(
IPrefixMatcher matcher,
IMeetingsStateInspector meetingsStateInspector
)
{
this.meetingsStateInspector = meetingsStateInspector;
}
async Task RunForSymLog(
IEnumerableAsync <Sym.Message[]> input,
LogSourcePostprocessorInput postprocessorInput
)
{
IPrefixMatcher matcher = postprocessing.CreatePrefixMatcher();
var inputMultiplexed = input.Multiplex();
var symEvents = RunForSymMessages(matcher, inputMultiplexed, postprocessorInput.TemplatesTracker, out var symLog);
var endOfTimelineEventSource = postprocessing.Timeline.CreateEndOfTimelineEventSource <Sym.Message>();
var messagingEventsSource = postprocessing.Timeline.CreateMessagingEventsSource();
var messagingEvents = messagingEventsSource.GetEvents(
((Sym.IMessagingEvents) new Sym.MessagingEvents()).GetEvents(inputMultiplexed));
var eofEvts = endOfTimelineEventSource.GetEvents(inputMultiplexed);
matcher.Freeze();
var events = EnumerableAsync.Merge(
symEvents,
messagingEvents,
eofEvts
);
var serialize = postprocessing.Timeline.CreatePostprocessorOutputBuilder()
.SetEvents(events)
.SetTriggersConverter(evtTrigger => TextLogEventTrigger.Make((Sym.Message)evtTrigger))
.Build(postprocessorInput);
await Task.WhenAll(serialize, symLog.Open(), inputMultiplexed.Open());
}
private void TestPrefixExistence(IPrefixMatcher sut, IList <string> testData)
{
for (int i = 0; i < testData.Count; i++)
{
sut.HasPrefix(testData[i]);
}
}
private static async Task <List <Event> > RunForSymMessages(
IPrefixMatcher matcher,
IEnumerableAsync <Sym.Message[]> messages
)
{
Sym.IMeetingsStateInspector symMeetingsStateInsector = new Sym.MeetingsStateInspector(matcher);
Sym.IMediaStateInspector symMediaStateInsector = new Sym.MediaStateInspector(matcher);
Sym.ITimelineEvents symTimelineEvents = new Sym.TimelineEvents(matcher);
var symLog = Sym.Helpers.MatchPrefixes(messages, matcher).Multiplex();
var symMeetingStateEvents = symMeetingsStateInsector.GetEvents(symLog);
var symMediaStateEvents = symMediaStateInsector.GetEvents(symLog);
var symMeetingEvents = (new InspectedObjectsLifetimeEventsSource(e =>
e.ObjectType == Sym.MeetingsStateInspector.MeetingTypeInfo ||
e.ObjectType == Sym.MeetingsStateInspector.MeetingSessionTypeInfo ||
e.ObjectType == Sym.MeetingsStateInspector.MeetingRemoteParticipantTypeInfo
)).GetEvents(symMeetingStateEvents);
var symMediaEvents = (new InspectedObjectsLifetimeEventsSource(e =>
e.ObjectType == Sym.MediaStateInspector.LocalScreenTypeInfo ||
e.ObjectType == Sym.MediaStateInspector.LocalAudioTypeInfo ||
e.ObjectType == Sym.MediaStateInspector.LocalVideoTypeInfo
)).GetEvents(symMediaStateEvents);
var events = EnumerableAsync.Merge(
symMeetingEvents,
symMediaEvents,
symTimelineEvents.GetEvents(symLog)
).ToFlatList();
await Task.WhenAll(events, symLog.Open());
return(events.Result);
}
async Task RunForWebRTCDump(
IEnumerableAsync <WRD.Message[]> inputMessages,
LogSourcePostprocessorInput postprocessorInput
)
{
IPrefixMatcher matcher = postprocessing.CreatePrefixMatcher();
var logMessages = WRD.Helpers.MatchPrefixes(inputMessages, matcher).Multiplex();
WRD.IWebRtcStateInspector webRtcStateInspector = new WRD.WebRtcStateInspector(matcher);
var webRtcEvts = webRtcStateInspector.GetEvents(logMessages);
matcher.Freeze();
var events = postprocessorInput.TemplatesTracker.TrackTemplates(EnumerableAsync.Merge(
webRtcEvts
));
var serialize = postprocessing.StateInspector.SavePostprocessorOutput(
events,
null,
evtTrigger => TextLogEventTrigger.Make((WRD.Message)evtTrigger),
postprocessorInput
);
await Task.WhenAll(serialize, logMessages.Open());
}
private void TestPrefixCompletionSuggestions(IPrefixMatcher sut, IList <string> testData)
{
for (int i = 0; i < testData.Count; i++)
{
IList <string> prefixes = sut.GetWordsByPrefix(testData[i]).Take(10).ToList();
//to list ensures we actually use the generator if there is a generator implementation underneath
//take limits number of responses like somebody would do on a drop down list
}
}
async Task RunForChromeDriver(LogSourcePostprocessorInput input)
{
var reader = (new CD.Reader(postprocessing.TextLogParser, input.CancellationToken)).Read(input.LogFileName, input.ProgressHandler);
IPrefixMatcher prefixMatcher = postprocessing.CreatePrefixMatcher();
var matchedMessages = reader.MatchTextPrefixes(prefixMatcher).Multiplex();
var nodeDetectionTokenTask = (new CD.NodeDetectionTokenSource(new CD.ProcessIdDetector(prefixMatcher), prefixMatcher)).GetToken(matchedMessages);
var noMessagingEvents = EnumerableAsync.Empty <M.Event[]>();
var serialize = postprocessing.Correlation.CreatePostprocessorOutputBuilder()
.SetSameNodeDetectionToken(nodeDetectionTokenTask)
.SetTriggersConverter(evtTrigger => TextLogEventTrigger.Make((CD.Message)evtTrigger))
.Build(input);
await Task.WhenAll(
matchedMessages.Open(),
serialize
);
}
async Task RunForChromeDebug(
IEnumerableAsync <CDL.Message[]> inputMessages,
LogSourcePostprocessorInput postprocessorInput
)
{
var inputMultiplexed = inputMessages.Multiplex();
IPrefixMatcher matcher = postprocessing.CreatePrefixMatcher();
var logMessages = inputMultiplexed.MatchTextPrefixes(matcher).Multiplex();
CDL.IWebRtcStateInspector webRtcStateInspector = new CDL.WebRtcStateInspector(matcher);
var webRtcEvts = webRtcStateInspector.GetEvents(logMessages);
var extensionSources = pluginModel
.ChromeDebugStateEventSources.Select(
source => source(matcher, inputMultiplexed, postprocessorInput.TemplatesTracker)
)
.ToArray();
var eventSources = new List <IEnumerableAsync <Event[]> >
{
webRtcEvts
};
eventSources.AddRange(extensionSources.Select(s => s.Events));
matcher.Freeze();
var events = postprocessorInput.TemplatesTracker.TrackTemplates(EnumerableAsync.Merge(eventSources.ToArray()));
var serialize = postprocessing.StateInspector.SavePostprocessorOutput(
events,
null,
evtTrigger => TextLogEventTrigger.FromUnknownTrigger(evtTrigger),
postprocessorInput
);
var tasks = new List <Task>();
tasks.Add(serialize);
tasks.AddRange(extensionSources.SelectMany(s => s.MultiplexingEnumerables.Select(e => e.Open())));
tasks.Add(logMessages.Open());
tasks.Add(inputMultiplexed.Open());
await Task.WhenAll(tasks);
}
private TimeSpan?Test(Stopwatch watch, IPrefixMatcher sut, IList <string> testData, Action <IPrefixMatcher, IList <string> > test)
{
try
{
watch = new Stopwatch();
watch.Start();
for (int i = 0; i < TestRuns; i++)
{
test(sut, testData);
}
watch.Stop();
return(watch.Elapsed / TestRuns);
}
catch (NotImplementedException)
{
return(null);
}
}
public WebRtcStateInspector(
IPrefixMatcher matcher
)
{
sessionPrefix = matcher.RegisterPrefix("Session:");
connPrefix = matcher.RegisterPrefix("Conn[");
portPrefix = matcher.RegisterPrefix("Jingle:Port[");
audioRecvStreamCtrPrefix = matcher.RegisterPrefix("AudioReceiveStream: {");
audioRecvStreamDtrPrefix = matcher.RegisterPrefix("~AudioReceiveStream: {");
audioSendStreamCtrPrefix = matcher.RegisterPrefix("AudioSendStream: {");
audioSendStreamDtrPrefix = matcher.RegisterPrefix("~AudioSendStream: {");
videoRecvStreamCtrPrefix = matcher.RegisterPrefix("VideoReceiveStream: {");
videoRecvStreamDtrPrefix = matcher.RegisterPrefix("~VideoReceiveStream: {");
videoSendStreamCtrPrefix = matcher.RegisterPrefix("VideoSendStreamInternal: {");
videoSendStreamDtrPrefix = matcher.RegisterPrefix("~VideoSendStreamInternal: {");
connReGroupNames = GetReGroupNames(connCreatedRe);
portReGroupNames = GetReGroupNames(portGeneric);
candidateReGroupNames = GetReGroupNames(new Regex(string.Format(candidateRePattern, ""), RegexOptions.ExplicitCapture));
}
private IEnumerableAsync <Event[]> RunForSymMessages(
IPrefixMatcher matcher,
IEnumerableAsync <Sym.Message[]> messages,
ICodepathTracker templatesTracker,
out IMultiplexingEnumerable <MessagePrefixesPair <Sym.Message>[]> symLog
)
{
Sym.IMeetingsStateInspector symMeetingsStateInspector = new Sym.MeetingsStateInspector(matcher);
Sym.IMediaStateInspector symMediaStateInsector = new Sym.MediaStateInspector(matcher, symMeetingsStateInspector);
Sym.ITimelineEvents symTimelineEvents = new Sym.TimelineEvents(matcher);
Sym.Diag.ITimelineEvents diagTimelineEvents = new Sym.Diag.TimelineEvents(matcher);
symLog = messages.MatchTextPrefixes(matcher).Multiplex();
var symMeetingStateEvents = symMeetingsStateInspector.GetEvents(symLog);
var symMediaStateEvents = symMediaStateInsector.GetEvents(symLog);
var symMeetingEvents = postprocessing.Timeline.CreateInspectedObjectsLifetimeEventsSource(e =>
e.ObjectType == Sym.MeetingsStateInspector.MeetingTypeInfo ||
e.ObjectType == Sym.MeetingsStateInspector.MeetingSessionTypeInfo ||
e.ObjectType == Sym.MeetingsStateInspector.MeetingRemoteParticipantTypeInfo ||
e.ObjectType == Sym.MeetingsStateInspector.ProbeSessionTypeInfo ||
e.ObjectType == Sym.MeetingsStateInspector.InvitationTypeInfo
).GetEvents(symMeetingStateEvents);
var symMediaEvents = postprocessing.Timeline.CreateInspectedObjectsLifetimeEventsSource(e =>
e.ObjectType == Sym.MediaStateInspector.LocalScreenTypeInfo ||
e.ObjectType == Sym.MediaStateInspector.LocalAudioTypeInfo ||
e.ObjectType == Sym.MediaStateInspector.LocalVideoTypeInfo ||
e.ObjectType == Sym.MediaStateInspector.TestSessionTypeInfo
).GetEvents(symMediaStateEvents);
var events = templatesTracker.TrackTemplates(EnumerableAsync.Merge(
symMeetingEvents,
symMediaEvents,
symTimelineEvents.GetEvents(symLog),
diagTimelineEvents.GetEvents(symLog)
));
return(events);
}
async Task RunForChromeDriver(
IEnumerableAsync <CD.Message[]> input,
LogSourcePostprocessorInput postprocessorInput
)
{
IPrefixMatcher matcher = postprocessing.CreatePrefixMatcher();
var logMessages = input.MatchTextPrefixes(matcher).Multiplex();
CD.ITimelineEvents networkEvents = new CD.TimelineEvents(matcher);
var endOfTimelineEventSource = postprocessing.Timeline.CreateEndOfTimelineEventSource <MessagePrefixesPair <CD.Message> > (m => m.Message);
var extensionSources = pluginModel.ChromeDriverTimeLineEventSources.Select(src => src(
matcher, logMessages, postprocessorInput.TemplatesTracker)).ToArray();
var networkEvts = networkEvents.GetEvents(logMessages);
var eofEvts = endOfTimelineEventSource.GetEvents(logMessages);
matcher.Freeze();
var events = extensionSources.Select(s => s.Events).ToList();
events.Add(networkEvts);
events.Add(eofEvts);
var serialize = postprocessing.Timeline.SavePostprocessorOutput(
EnumerableAsync.Merge(events.ToArray()),
null,
evtTrigger => TextLogEventTrigger.Make((CD.Message)evtTrigger),
postprocessorInput
);
var tasks = new List <Task>();
tasks.Add(serialize);
tasks.AddRange(extensionSources.SelectMany(s => s.MultiplexingEnumerables.Select(e => e.Open())));
tasks.Add(logMessages.Open());
await Task.WhenAll(tasks);
}
private void AssertHaveProvidedWords(IPrefixMatcher tester, IEnumerable <string> words)
{
var orderedWords = words.OrderBy(x => x).ToArray();
var testerWords = tester.GetWordsByPrefix("").OrderBy(x => x).ToArray();
try
{
Assert.Equal(orderedWords, testerWords);
}
catch (EqualException)
{
var onlyInTester = string.Join(", ", testerWords.Except(orderedWords));
var onlyInExpected = string.Join(", ", orderedWords.Except(testerWords));
var duplicates = string.Join(", ", testerWords.GroupBy(x => x).Select(x => new { count = x.Count(), word = x.Key }).Where(x => x.count > 1));
Assert.True(false, $"Collections differ:\nOnly in tester: {onlyInTester}\nOnly in expected: {onlyInExpected}\nDuplicates: {duplicates}");
}
foreach (var word in orderedWords)
{
Assert.True(tester.HasPrefix(word), $"Prefix: {word} should exist in Dawg, but its not");
Assert.True(tester.HasWord(word), $"Word: {word} should exist in Dawg, but its not");
}
}
public MeetingsStateInspector(
IPrefixMatcher matcher
)
{
}
/// <summary>
/// Create an empty trie with an empty root node.
/// </summary>
public Trie()
{
this.root = new TrieNode <V>(null, '\0');
this.Matcher = new PrefixMatcher <V>(this.root);
}
public WebRtcStateInspector(
IPrefixMatcher matcher
)
{
}
public MediaStateInspector(
IPrefixMatcher matcher
)
{
}
public static IEnumerableAsync <MessagePrefixesPair <M>[]> MatchTextPrefixes <M>(this IEnumerableAsync <M[]> input, IPrefixMatcher prefixMatcher)
where M : ITriggerText
{
return(input.Select(
msgs => msgs.Select(
m => new MessagePrefixesPair <M>(m, prefixMatcher.Match(m.Text))
).ToArray()
));
}
public CITimelineEvents(IPrefixMatcher matcher)
{
devToolsConsoleEventPrefix = matcher.RegisterPrefix(CD.DevTools.Events.Runtime.LogAPICalled.Prefix1);
}
public NodeDetectionTokenSource(IProcessIdDetector processIdDetector, IPrefixMatcher prefixMatcher)
{
this.processIdDetector = processIdDetector;
this.consoleApiPrefix = prefixMatcher.RegisterPrefix(DevTools.Events.Runtime.LogAPICalled.Prefix);
}
public ProcessIdDetector(IPrefixMatcher prefixMatcher)
{
dataCollectedPrefix1 = prefixMatcher.RegisterPrefix(DevTools.Events.Tracing.DataCollected.Prefix1);
dataCollectedPrefix2 = prefixMatcher.RegisterPrefix(DevTools.Events.Tracing.DataCollected.Prefix2);
}
public static IEnumerableAsync <MessagePrefixesPair[]> MatchPrefixes(this IEnumerableAsync <Message[]> input, IPrefixMatcher prefixMatcher)
{
return(input.Select(
msgs => msgs.Select(
m => new MessagePrefixesPair(m, prefixMatcher.Match(m.Text))
).ToArray()
));
}
public TimelineEvents(
IPrefixMatcher matcher
)
{
}
async Task <IPostprocessorRunSummary> Run(LogSourcePostprocessorInput[] inputFiles, IPostprocessorsRegistry postprocessorsRegistry)
{
var usedRoleInstanceNames = new HashSet <string>();
Func <LogSourcePostprocessorInput, string> getUniqueRoleInstanceName = inputFile =>
{
for (int tryCount = 0; ; ++tryCount)
{
var ret = string.Format(
tryCount == 0 ? "{0}" : "{0} ({1})",
inputFile.LogSource.GetShortDisplayNameWithAnnotation(),
tryCount
);
if (usedRoleInstanceNames.Add(ret))
{
return(ret);
}
}
};
var noMessagingEvents = Task.FromResult(new List <M.Event>());
var chromeDebugLogs =
Enumerable.Empty <NodeInfo>()
.Concat(
inputFiles
.Where(f => f.LogSource.Provider.Factory == postprocessorsRegistry.ChromeDebugLog.LogProviderFactory)
.Select(inputFile =>
{
var reader = (new CDL.Reader(ljModel.Postprocessing.TextLogParser, inputFile.CancellationToken)).Read(inputFile.LogFileName, inputFile.ProgressHandler);
IPrefixMatcher prefixMatcher = ljModel.Postprocessing.CreatePrefixMatcher();
var nodeId = new NodeId("chrome-debug", getUniqueRoleInstanceName(inputFile));
var matchedMessages = reader.MatchTextPrefixes(prefixMatcher).Multiplex();
var webRtcStateInspector = new CDL.WebRtcStateInspector(prefixMatcher);
var processIdDetector = new CDL.ProcessIdDetector();
var nodeDetectionTokenTask = (new CDL.NodeDetectionTokenSource(processIdDetector, webRtcStateInspector)).GetToken(matchedMessages);
return(new NodeInfo(
new[] { inputFile.LogSource },
nodeId,
matchedMessages,
null,
noMessagingEvents,
nodeDetectionTokenTask
));
})
)
.ToList();
var webRtcInternalsDumps =
Enumerable.Empty <NodeInfo>()
.Concat(
inputFiles
.Where(f => f.LogSource.Provider.Factory == postprocessorsRegistry.WebRtcInternalsDump.LogProviderFactory)
.Select(inputFile =>
{
var reader = (new WRD.Reader(ljModel.Postprocessing.TextLogParser, inputFile.CancellationToken)).Read(inputFile.LogFileName, inputFile.ProgressHandler);
IPrefixMatcher prefixMatcher = ljModel.Postprocessing.CreatePrefixMatcher();
var nodeId = new NodeId("webrtc-int", getUniqueRoleInstanceName(inputFile));
var matchedMessages = WRD.Helpers.MatchPrefixes(reader, prefixMatcher).Multiplex();
var webRtcStateInspector = new WRD.WebRtcStateInspector(prefixMatcher);
var nodeDetectionTokenTask = (new WRD.NodeDetectionTokenSource(webRtcStateInspector)).GetToken(matchedMessages);
return(new NodeInfo(
new[] { inputFile.LogSource },
nodeId,
matchedMessages,
null,
noMessagingEvents,
nodeDetectionTokenTask
));
})
)
.ToList();
var chromeDriverLogs =
Enumerable.Empty <NodeInfo>()
.Concat(
inputFiles
.Where(f => f.LogSource.Provider.Factory == postprocessorsRegistry.ChromeDriver.LogProviderFactory)
.Select(inputFile =>
{
var reader = (new CD.Reader(ljModel.Postprocessing.TextLogParser, inputFile.CancellationToken)).Read(inputFile.LogFileName, inputFile.ProgressHandler);
IPrefixMatcher prefixMatcher = ljModel.Postprocessing.CreatePrefixMatcher();
var nodeId = new NodeId("webrtc-int", getUniqueRoleInstanceName(inputFile));
var matchedMessages = reader.MatchTextPrefixes(prefixMatcher).Multiplex();
var nodeDetectionTokenTask = (new CD.NodeDetectionTokenSource(new CD.ProcessIdDetector(prefixMatcher), prefixMatcher)).GetToken(matchedMessages);
return(new NodeInfo(
new[] { inputFile.LogSource },
nodeId,
matchedMessages,
null,
noMessagingEvents,
nodeDetectionTokenTask
));
})
)
.ToList();
var tasks = new List <Task>();
tasks.AddRange(chromeDebugLogs.Select(l => l.SameNodeDetectionTokenTask));
tasks.AddRange(chromeDebugLogs.Select(l => l.MultiplexingEnumerable.Open()));
tasks.AddRange(webRtcInternalsDumps.Select(l => l.SameNodeDetectionTokenTask));
tasks.AddRange(webRtcInternalsDumps.Select(l => l.MultiplexingEnumerable.Open()));
tasks.AddRange(chromeDriverLogs.Select(l => l.SameNodeDetectionTokenTask));
tasks.AddRange(chromeDriverLogs.Select(l => l.MultiplexingEnumerable.Open()));
await Task.WhenAll(tasks);
var allLogs =
Enumerable.Empty <NodeInfo>()
.Concat(chromeDebugLogs)
.Concat(webRtcInternalsDumps)
.Concat(chromeDriverLogs)
.ToArray();
var fixedConstraints =
allLogs
.GroupBy(l => l.SameNodeDetectionTokenTask.Result, new SameNodeEqualityComparer())
.SelectMany(group => LinqUtils.ZipWithNext(group).Select(pair => new NodesConstraint()
{
Node1 = pair.Key.NodeId,
Node2 = pair.Value.NodeId,
Value = pair.Value.SameNodeDetectionTokenTask.Result.DetectSameNode(pair.Key.SameNodeDetectionTokenTask.Result).TimeDiff
}))
.ToList();
var allowInstacesMergingForRoles = new HashSet <string>();
ICorrelator correlator = ljModel.Postprocessing.CreateCorrelator();
var correlatorSolution = await correlator.Correlate(
allLogs.ToDictionary(i => i.NodeId, i => (IEnumerable <M.Event>)i.MessagesTask.Result),
fixedConstraints,
allowInstacesMergingForRoles
);
var nodeIdToLogSources =
(from l in allLogs
from ls in l.LogSources
select new { L = l.NodeId, Ls = ls })
.ToLookup(i => i.L, i => i.Ls);
var grouppedLogsReport = new StringBuilder();
foreach (var group in allLogs.Where(g => g.LogSources.Length > 1))
{
if (grouppedLogsReport.Length == 0)
{
grouppedLogsReport.AppendLine();
grouppedLogsReport.AppendLine("Groupped logs info:");
}
grouppedLogsReport.AppendLine(string.Format(
" - {0} were groupped to represent node {1}",
string.Join(", ", group.LogSources.Select(ls => '\"' + ls.GetShortDisplayNameWithAnnotation() + '\"')),
group.NodeId));
}
var timeOffsets =
(from ns in correlatorSolution.NodeSolutions
from ls in nodeIdToLogSources[ns.Key]
select new { Sln = ns.Value, Ls = ls })
.ToDictionary(i => i.Ls, i => i.Sln);
await modelThreadSync.Invoke(() =>
{
foreach (var ls in ljModel.SourcesManager.Items)
{
NodeSolution sln;
if (timeOffsets.TryGetValue(ls, out sln))
{
ITimeOffsetsBuilder builder = ljModel.SourcesManager.CreateTimeOffsetsBuilder();
builder.SetBaseOffset(sln.BaseDelta);
if (sln.TimeDeltas != null)
{
foreach (var d in sln.TimeDeltas)
{
builder.AddOffset(d.At, d.Delta);
}
}
ls.TimeOffsets = builder.ToTimeOffsets();
}
}
});
var correlatedLogsConnectionIds = postprocessorsManager.GetCorrelatableLogsConnectionIds(inputFiles.Select(i => i.LogSource));
foreach (var inputFile in inputFiles)
{
NodeSolution sln;
if (!timeOffsets.TryGetValue(inputFile.LogSource, out sln))
{
continue;
}
(new CorrelatorPostprocessorOutput(sln, correlatedLogsConnectionIds)).Save(inputFile.OutputFileName);
}
return(new CorrelatorPostprocessorRunSummary(correlatorSolution.Success,
correlatorSolution.CorrelationLog + grouppedLogsReport.ToString()));
}
