public static EventData ToEventData(this EventWrittenEventArgs eventSourceEvent, IHealthReporter healthReporter, string context)
{
Debug.Assert(healthReporter != null);
// High-precision event timestamping is availabe on .NET 4.6+ and .NET Core 2.0+
// For the latter the implementation of DateTime.UtcNow has changed and we do not need to do anything.
// .NET Core 1.1 will use imprecise timestamp--there is no easy fix for this target.
#if NETSTANDARD1_6
DateTime now = DateTime.UtcNow;
#else
DateTime now;
if (hasPreciseTime)
{
GetSystemTimePreciseAsFileTime(out long filetime);
now = DateTime.FromFileTimeUtc(filetime);
}
else
{
now = DateTime.UtcNow;
}
#endif
EventData eventData = new EventData
{
ProviderName = eventSourceEvent.EventSource.Name,
Timestamp = now,
Level = (LogLevel)(int)eventSourceEvent.Level,
Keywords = (long)eventSourceEvent.Keywords
};
IDictionary <string, object> payloadData = eventData.Payload;
payloadData.Add(nameof(eventSourceEvent.EventId), eventSourceEvent.EventId);
payloadData.Add(nameof(eventSourceEvent.EventName), eventSourceEvent.EventName);
if (eventSourceEvent.ActivityId != default(Guid))
{
payloadData.Add(nameof(EventWrittenEventArgs.ActivityId), ActivityPathDecoder.GetActivityPathString(eventSourceEvent.ActivityId));
}
if (eventSourceEvent.RelatedActivityId != default(Guid))
{
payloadData.Add(nameof(EventWrittenEventArgs.RelatedActivityId), ActivityPathDecoder.GetActivityPathString(eventSourceEvent.RelatedActivityId));
}
try
{
if (eventSourceEvent.Message != null)
{
// If the event has a badly formatted manifest, the FormattedMessage property getter might throw
payloadData.Add(nameof(eventSourceEvent.Message), string.Format(CultureInfo.InvariantCulture, eventSourceEvent.Message, eventSourceEvent.Payload.ToArray()));
}
}
catch { }
eventSourceEvent.ExtractPayloadData(eventData, healthReporter, context);
return(eventData);
}
public static EventData ToEventData(this TraceEvent traceEvent, IHealthReporter healthReporter)
{
Debug.Assert(healthReporter != null);
EventData eventData = new EventData
{
ProviderName = traceEvent.ProviderName,
Timestamp = traceEvent.TimeStamp.ToUniversalTime(),
Level = (LogLevel)(int)traceEvent.Level,
Keywords = (long)traceEvent.Keywords
};
IDictionary <string, object> payloadData = eventData.Payload;
payloadData.Add(nameof(traceEvent.ID), (int)traceEvent.ID); // TraceEvent.ID is ushort, not CLS-compliant, so we cast to int
payloadData.Add(nameof(traceEvent.EventName), traceEvent.EventName);
if (traceEvent.ActivityID != default(Guid))
{
payloadData.Add(nameof(traceEvent.ActivityID), ActivityPathDecoder.GetActivityPathString(traceEvent.ActivityID));
}
if (traceEvent.RelatedActivityID != default(Guid))
{
payloadData.Add(nameof(traceEvent.RelatedActivityID), traceEvent.RelatedActivityID.ToString());
}
// ProcessID and ProcessName are somewhat common property names, so to minimize likelihood of conflicts we use a prefix
payloadData.Add("TraceEventProcessID", traceEvent.ProcessID);
payloadData.Add("TraceEventProcessName", traceEvent.ProcessName);
try
{
// If the event has a badly formatted manifest, the FormattedMessage property getter might throw
string message = traceEvent.FormattedMessage;
if (message != null)
{
payloadData.Add("Message", traceEvent.FormattedMessage);
}
}
catch { }
traceEvent.ExtractPayloadData(eventData, healthReporter);
return(eventData);
}
public static EventData ToEventData(this TraceEvent traceEvent, IHealthReporter healthReporter)
{
Debug.Assert(healthReporter != null);
EventData eventData = new EventData
{
ProviderName = traceEvent.ProviderName,
Timestamp = DateTime.UtcNow,
Level = (LogLevel)(int)traceEvent.Level,
Keywords = (long)traceEvent.Keywords
};
IDictionary <string, object> payloadData = eventData.Payload;
payloadData.Add(nameof(traceEvent.ID), (int)traceEvent.ID); // TraceEvent.ID is ushort, not CLS-compliant, so we cast to int
payloadData.Add(nameof(traceEvent.EventName), traceEvent.EventName);
if (traceEvent.ActivityID != default(Guid))
{
payloadData.Add(nameof(traceEvent.ActivityID), ActivityPathDecoder.GetActivityPathString(traceEvent.ActivityID));
}
if (traceEvent.RelatedActivityID != default(Guid))
{
payloadData.Add(nameof(traceEvent.RelatedActivityID), traceEvent.RelatedActivityID.ToString());
}
try
{
// If the event has a badly formatted manifest, the FormattedMessage property getter might throw
string message = traceEvent.FormattedMessage;
if (message != null)
{
payloadData.Add("Message", traceEvent.FormattedMessage);
}
}
catch { }
traceEvent.ExtractPayloadData(eventData, healthReporter);
return(eventData);
}
public static EventData ToEventData(this EventWrittenEventArgs eventSourceEvent, IHealthReporter healthReporter, string context)
{
Debug.Assert(healthReporter != null);
EventData eventData = new EventData
{
ProviderName = eventSourceEvent.EventSource.Name,
Timestamp = DateTime.UtcNow,
Level = (LogLevel)(int)eventSourceEvent.Level,
Keywords = (long)eventSourceEvent.Keywords
};
IDictionary <string, object> payloadData = eventData.Payload;
payloadData.Add(nameof(eventSourceEvent.EventId), eventSourceEvent.EventId);
payloadData.Add(nameof(eventSourceEvent.EventName), eventSourceEvent.EventName);
if (eventSourceEvent.ActivityId != default(Guid))
{
payloadData.Add(nameof(EventWrittenEventArgs.ActivityId), ActivityPathDecoder.GetActivityPathString(eventSourceEvent.ActivityId));
}
if (eventSourceEvent.RelatedActivityId != default(Guid))
{
payloadData.Add(nameof(EventWrittenEventArgs.RelatedActivityId), eventSourceEvent.RelatedActivityId.ToString());
}
try
{
if (eventSourceEvent.Message != null)
{
// If the event has a badly formatted manifest, the FormattedMessage property getter might throw
payloadData.Add(nameof(eventSourceEvent.Message), string.Format(CultureInfo.InvariantCulture, eventSourceEvent.Message, eventSourceEvent.Payload.ToArray()));
}
}
catch { }
eventSourceEvent.ExtractPayloadData(eventData, healthReporter, context);
return(eventData);
}
