public NetIfaceTracker(string partID, NetworkInterface netIface, int netIfaceNum, ulong statisticsGroupsFileIndexUserRowFlagBits)
{
originalNetIface = netIface;
this.netIfaceNum = netIfaceNum;
name = netIface.Name;
groupInfo = new MDRF.Writer.GroupInfo()
{
Name = "{0}.{1:d2}.Stats".CheckedFormat(partID, netIfaceNum),
FileIndexUserRowFlagBits = statisticsGroupsFileIndexUserRowFlagBits,
GroupBehaviorOptions = MDRF.Writer.GroupBehaviorOptions.UseVCHasBeenSetForTouched | MDRF.Writer.GroupBehaviorOptions.IncrSeqNumOnTouched,
GroupPointInfoArray = new []
{
linkUpGPI,
opStatGPI,
rxBytesGPI, txBytesGPI,
rxUnicastPktsGPI, txUnicastPktsGPI,
rxNonUnicastPktsGPI, txNonUnicastPktsGPI,
txQueueLenGPI,
rxPktDiscardsGPI, rxPktErrorsGPI, rxPktUnkProtosGPI,
txPktDiscardsGPI, txPktErrorsGPI,
rxByteRateGPI, txByteRateGPI,
rxUnicastPktRateGPI, txUnicastPktRateGPI,
rxNonUnicastPktRateGPI, txNonUnicastPktRateGPI,
},
};
}
public PerformanceCountersPart(PerformanceCountersPartConfig config, PartsLib.Tools.MDRF.Writer.IMDRFWriter mdrfWriter)
: base(config.PartID, initialSettings: SimpleActivePartBaseSettings.DefaultVersion0.Build(waitTimeLimit: (0.10).FromSeconds(), goOnlineAndOfflineHandling: GoOnlineAndGoOfflineHandling.All))
{
Config = new PerformanceCountersPartConfig(config);
this.mdrfWriter = mdrfWriter;
// we trigger acquiring a new sample two times a second
sampleIntervalTimer = new QpcTimer()
{
TriggerInterval = Config.SampleInterval, AutoReset = true
}.Start();
performanceCounterTrackerArray = Config.PerformanceCounterSpecArray.Select(pcs => new PerformanceCounterTracker(Log, pcs)).ToArray();
pccTupleArray = performanceCounterTrackerArray.GroupBy(pct => pct.pcc, (pcc, pctSet) => Tuple.Create(pcc, pctSet.ToArray())).ToArray();
groupInfo = new MDRF.Writer.GroupInfo()
{
Name = "{0}.Grp".CheckedFormat(PartID),
GroupBehaviorOptions = MDRF.Writer.GroupBehaviorOptions.UseVCHasBeenSetForTouched | MDRF.Writer.GroupBehaviorOptions.IncrSeqNumOnTouched,
FileIndexUserRowFlagBits = (ulong)Config.PerformanceCounterGroupsFileIndexUserRowFlagBits,
GroupPointInfoArray = performanceCounterTrackerArray.Select(pct => pct.gpInfo).ToArray(),
};
mdrfWriter.Add(groupInfo);
noMDRFLogger = new Logging.Logger(PartID).SetDefaultNamedValueSetForEmitter(Logging.LogGate.All, new NamedValueSet()
{
{ "noMDRF" }
});
}
public ActiveSetItemTracker(string groupName, ulong activeSetGroupsFileIndexUserRowFlagBits)
{
GroupInfo = new MDRF.Writer.GroupInfo()
{
Name = groupName,
GroupBehaviorOptions = MDRF.Writer.GroupBehaviorOptions.UseVCHasBeenSetForTouched | MDRF.Writer.GroupBehaviorOptions.IncrSeqNumOnTouched,
GroupPointInfoArray = new[] { pidGPI, cpuPerEstGPI, userCpuPerEstGPI, cpuTicksGPI, userCpuTicksGPI, vmSizeGPI, wsSizeGPI, handlesGPI },
FileIndexUserRowFlagBits = activeSetGroupsFileIndexUserRowFlagBits,
};
}
public ActiveSetMapGroupTracker(int configuredActiveSetSize, string groupName, ulong activeSetMapGroupFileIndexUserRowFlagBits)
{
gpiPairArray = Enumerable.Range(1, configuredActiveSetSize).Select(setNum => new GPIPair(setNum)).ToArray();
GroupInfo = new MDRF.Writer.GroupInfo()
{
Name = groupName,
GroupBehaviorOptions = MDRF.Writer.GroupBehaviorOptions.UseVCHasBeenSetForTouched | MDRF.Writer.GroupBehaviorOptions.IncrSeqNumOnTouched,
GroupPointInfoArray = gpiPairArray.SelectMany(pair => new [] { pair.pidGPI, pair.nameGPI }).ToArray(),
FileIndexUserRowFlagBits = activeSetMapGroupFileIndexUserRowFlagBits,
};
}
public MDRFHistogramGroupSource(string groupName, Histogram histogram, ulong fileIndexUserRowFlagBits = 0, INamedValueSet extraClientNVS = null, IEnumerable <PartsLib.Tools.MDRF.Writer.GroupPointInfo> extraGPISet = null)
{
GroupInfo = new MDRF.Writer.GroupInfo()
{
Name = groupName,
GroupBehaviorOptions = MDRF.Writer.GroupBehaviorOptions.UseVCHasBeenSetForTouched | MDRF.Writer.GroupBehaviorOptions.IncrSeqNumOnTouched,
FileIndexUserRowFlagBits = fileIndexUserRowFlagBits,
GroupPointInfoArray = new[] { countGPI, minGPI, maxGPI, avgGPI, sdGPI, medianEstGPI, percentile5EstGPI, percentile95EstGPI, binsGPI }.Concat(extraGPISet ?? emptyGPIArray).ToArray(),
ClientNVS = new NamedValueSet()
{
{ "Histogram" }, { "NumBins", histogram.NumBins }, { "BinBoundaryArray", histogram.BinBoundaryArray }
}.MergeWith(extraClientNVS ?? NamedValueSet.Empty, NamedValueMergeBehavior.AddNewItems).MakeReadOnly(),
};
Histogram = histogram;
lastBinCountArray = Histogram.BinCountArray.MakeCopyOf();
UpdateGroupItems();
GroupInfo.Touched = true;
}
public FileRWPerformancePart(string partID, FileRWPerformancePartConfig config, PartsLib.Tools.MDRF.Writer.IMDRFWriter mdrfWriter)
: base(partID, initialSettings: SimpleActivePartBaseSettings.DefaultVersion0.Build(waitTimeLimit: (0.10).FromSeconds(), goOnlineAndOfflineHandling: GoOnlineAndGoOfflineHandling.All))
{
Config = new FileRWPerformancePartConfig(config);
this.mdrfWriter = mdrfWriter;
// we trigger acquiring a new sample two times a second
sampleIntervalTimer = new QpcTimer()
{
TriggerInterval = Config.SampleInterval, AutoReset = true
}.Start();
aggregationIntervalTimer = new QpcTimer()
{
TriggerInterval = Config.AggregationInterval, AutoReset = true
}.Start();
AddExplicitDisposeAction(() => Release());
ahReadNormal = new Histogram(hReadNormal);
ahReadThrough = new Histogram(hReadThrough);
ahWriteThrough = new Histogram(hWriteThrough);
avgRatesGroup = new MDRF.Writer.GroupInfo()
{
Name = "{0}.avgRates".CheckedFormat(PartID),
GroupBehaviorOptions = MDRF.Writer.GroupBehaviorOptions.UseVCHasBeenSetForTouched | MDRF.Writer.GroupBehaviorOptions.IncrSeqNumOnTouched,
FileIndexUserRowFlagBits = (ulong)Config.AggregateGroupsFileIndexUserRowFlagBits,
GroupPointInfoArray = new MDRF.Writer.GroupPointInfo[]
{
peakReadNormalRateGPI = new MDRF.Writer.GroupPointInfo()
{
Name = "peakReadRate", ValueCST = ContainerStorageType.Double, VC = new ValueContainer(0.0)
},
peakReadThroughRateGPI = new MDRF.Writer.GroupPointInfo()
{
Name = "peakReadThroughRate", ValueCST = ContainerStorageType.Double, VC = new ValueContainer(0.0)
},
peakWriteThroughRateGPI = new MDRF.Writer.GroupPointInfo()
{
Name = "peakWriteThroughRate", ValueCST = ContainerStorageType.Double, VC = new ValueContainer(0.0)
},
},
Touched = true,
};
accumTupleArray = new Tuple <MDRFHistogramGroupSource, MDRFHistogramGroupSource> []
{
Tuple.Create(new MDRFHistogramGroupSource("{0}.hReadNormal".CheckedFormat(PartID), hReadNormal, Config.SampleGroupsFileIndexUserRowFlagBits),
new MDRFHistogramGroupSource("{0}.ahReadNormal".CheckedFormat(PartID), ahReadNormal, Config.AggregateGroupsFileIndexUserRowFlagBits)),
Tuple.Create(new MDRFHistogramGroupSource("{0}.hReadThrough".CheckedFormat(PartID), hReadThrough, Config.SampleGroupsFileIndexUserRowFlagBits),
new MDRFHistogramGroupSource("{0}.ahReadThrough".CheckedFormat(PartID), ahReadThrough, Config.AggregateGroupsFileIndexUserRowFlagBits)),
Tuple.Create(new MDRFHistogramGroupSource("{0}.hWriteThrough".CheckedFormat(PartID), hWriteThrough, Config.SampleGroupsFileIndexUserRowFlagBits),
new MDRFHistogramGroupSource("{0}.ahWriteThrough".CheckedFormat(PartID), ahWriteThrough, Config.AggregateGroupsFileIndexUserRowFlagBits)),
};
IEnumerable <Tuple <MDRFHistogramGroupSource, MDRFHistogramGroupSource> > registerGroupsSet = ((Config.UseFileFlagNoBuffering) ? accumTupleArray : new [] { accumTupleArray[0], accumTupleArray[2] });
mdrfWriter.Add(avgRatesGroup);
mdrfWriter.AddRange(registerGroupsSet.Select(t => t.Item1.GroupInfo).Concat(registerGroupsSet.Select(t => t.Item2.GroupInfo)));
noMDRFLogger = new Logging.Logger(PartID).SetDefaultNamedValueSetForEmitter(Logging.LogGate.All, new NamedValueSet()
{
{ "noMDRF" }
});
}
