public ICollectorSet Create()
{
// Data collector set is the core abstraction for collecting diagnostic data.
DataCollectorSet dcs = new DataCollectorSet();
// Create a data collector for a perf counter alert.
IAlertDataCollector dc = (IAlertDataCollector)dcs.DataCollectors.CreateDataCollector(DataCollectorType.plaAlert);
dc.name = this.Name + "_DC";
dcs.DataCollectors.Add(dc);
// Set sample interval, if present.
if (this.SampleInterval.HasValue)
{
dc.SampleInterval = (uint)this.SampleInterval.Value.TotalSeconds;
}
// Set collector to create an event log entry when threshold is reached.
dc.EventLog = true;
// Build up the list of alert thresholds.
string[] alertThresholds = new string[this.Thresholds.Count];
for (int i = 0; i < this.Thresholds.Count; ++i)
{
alertThresholds[i] = this.Thresholds[i].ToString();
}
dc.AlertThresholds = alertThresholds;
// Now actually create (or modify existing) the set.
dcs.Commit(this.Name, null, CommitMode.plaCreateOrModify);
// Return an opaque wrapper with which the user can control the session.
return(new CollectorSetWrapper(dcs));
}
public ICollectorSet Create()
{
// Data collector set is the core abstraction for collecting diagnostic data.
DataCollectorSet dcs = new DataCollectorSet();
// Create a data collector for a perf counter alert.
IAlertDataCollector dc = (IAlertDataCollector)dcs.DataCollectors.CreateDataCollector(DataCollectorType.plaAlert);
dc.name = this.Name + "_DC";
dcs.DataCollectors.Add(dc);
// Set sample interval, if present.
if (this.SampleInterval.HasValue)
{
dc.SampleInterval = (uint)this.SampleInterval.Value.TotalSeconds;
}
// Set collector to create an event log entry when threshold is reached.
dc.EventLog = true;
// Build up the list of alert thresholds.
string[] alertThresholds = new string[this.Thresholds.Count];
for (int i = 0; i < this.Thresholds.Count; ++i)
{
alertThresholds[i] = this.Thresholds[i].ToString();
}
dc.AlertThresholds = alertThresholds;
// Now actually create (or modify existing) the set.
dcs.Commit(this.Name, null, CommitMode.plaCreateOrModify);
// Return an opaque wrapper with which the user can control the session.
return new CollectorSetWrapper(dcs);
}
public ICollectorSet Create()
{
// Data collector set is the core abstraction for collecting diagnostic data.
DataCollectorSet dcs = new DataCollectorSet();
// Set base folder to place output files.
dcs.RootPath = this.OutputPath;
// Create a data collector for traces.
ITraceDataCollector dc = (ITraceDataCollector)dcs.DataCollectors.CreateDataCollector(DataCollectorType.plaTrace);
dc.name = this.Name + "_DC";
dcs.DataCollectors.Add(dc);
// Set output file name to use a pattern, as described at
// http://msdn.microsoft.com/en-us/library/windows/desktop/aa372131(v=vs.85).aspx .
dc.FileName = this.Name;
dc.FileNameFormat = AutoPathFormat.plaPattern;
dc.FileNameFormatPattern = @"\-yyyyMMdd\-HHmmss";
// Set various values (if present)
SetValue(dc, this.BufferSizeInKB, (d, v) => d.BufferSize = v);
SetValue(dc, this.Circular, (d, v) => d.LogCircular = v);
SetValue(dc, this.FlushTimer, (d, v) => d.FlushTimer = (uint)v.TotalSeconds);
SetValue(dc, this.MaximumBuffers, (d, v) => d.MaximumBuffers = v);
SetValue(dc, this.MinimumBuffers, (d, v) => d.MinimumBuffers = v);
SetValue(dcs, this.MaxDuration, (d, v) => d.SegmentMaxDuration = (uint)v.TotalSeconds);
SetValue(dcs, this.MaxSizeInMB, (d, v) => d.SegmentMaxSize = (uint)v);
SetValue(dcs, this.Segmented, (d, v) => d.Segment = v);
// Build up the list of providers.
foreach (ProviderInfo providerInfo in this.Providers)
{
TraceDataProvider provider = dc.TraceDataProviders.CreateTraceDataProvider();
dc.TraceDataProviders.Add(provider);
provider.Guid = providerInfo.Id;
AddValue(provider.KeywordsAll, providerInfo.KeywordsAll);
AddValue(provider.KeywordsAny, providerInfo.KeywordsAny);
AddValue(provider.Level, providerInfo.Level);
}
// Now actually create (or modify existing) the set.
dcs.Commit(this.Name, null, CommitMode.plaCreateOrModify);
// Return an opaque wrapper with which the user can control the session.
return(new CollectorSetWrapper(dcs));
}
public ICollectorSet Create()
{
// Data collector set is the core abstraction for collecting diagnostic data.
DataCollectorSet dcs = new DataCollectorSet();
// Set base folder to place output files.
dcs.RootPath = this.OutputPath;
// Create a data collector for perf counters.
IPerformanceCounterDataCollector dc = (IPerformanceCounterDataCollector)dcs.DataCollectors.CreateDataCollector(DataCollectorType.plaPerformanceCounter);
dc.name = this.Name + "_DC";
dcs.DataCollectors.Add(dc);
// Set output file name to use a pattern, as described at
// http://msdn.microsoft.com/en-us/library/windows/desktop/aa372131(v=vs.85).aspx .
dc.FileName = this.Name;
dc.FileNameFormat = AutoPathFormat.plaPattern;
dc.FileNameFormatPattern = @"\-yyyyMMdd\-HHmmss";
// Set sample interval, if present.
if (this.SampleInterval.HasValue)
{
dc.SampleInterval = (uint)this.SampleInterval.Value.TotalSeconds;
}
// Set log file format, if present.
if (this.LogFileFormat.HasValue)
{
dc.LogFileFormat = (FileFormat)this.LogFileFormat.Value;
}
// Build up the list of performance counters.
string[] counterNames = new string[this.CounterNames.Count];
for (int i = 0; i < this.CounterNames.Count; ++i)
{
counterNames[i] = this.CounterNames[i].ToString();
}
dc.PerformanceCounters = counterNames;
// Now actually create (or modify existing) the set.
dcs.Commit(this.Name, null, CommitMode.plaCreateOrModify);
// Return an opaque wrapper with which the user can control the session.
return(new CollectorSetWrapper(dcs));
}
public ICollectorSet Create()
{
// Data collector set is the core abstraction for collecting diagnostic data.
DataCollectorSet dcs = new DataCollectorSet();
// Set base folder to place output files.
dcs.RootPath = this.OutputPath;
// Create a data collector for perf counters.
IPerformanceCounterDataCollector dc = (IPerformanceCounterDataCollector)dcs.DataCollectors.CreateDataCollector(DataCollectorType.plaPerformanceCounter);
dc.name = this.Name + "_DC";
dcs.DataCollectors.Add(dc);
// Set output file name to use a pattern, as described at
// http://msdn.microsoft.com/en-us/library/windows/desktop/aa372131(v=vs.85).aspx .
dc.FileName = this.Name;
dc.FileNameFormat = AutoPathFormat.plaPattern;
dc.FileNameFormatPattern = @"\-yyyyMMdd\-HHmmss";
// Set sample interval, if present.
if (this.SampleInterval.HasValue)
{
dc.SampleInterval = (uint)this.SampleInterval.Value.TotalSeconds;
}
// Set log file format, if present.
if (this.LogFileFormat.HasValue)
{
dc.LogFileFormat = (FileFormat)this.LogFileFormat.Value;
}
// Build up the list of performance counters.
string[] counterNames = new string[this.CounterNames.Count];
for (int i = 0; i < this.CounterNames.Count; ++i)
{
counterNames[i] = this.CounterNames[i].ToString();
}
dc.PerformanceCounters = counterNames;
// Now actually create (or modify existing) the set.
dcs.Commit(this.Name, null, CommitMode.plaCreateOrModify);
// Return an opaque wrapper with which the user can control the session.
return new CollectorSetWrapper(dcs);
}
public void StartLog(bool synchronous)
{
try
{
Logger.LogInformationMessage("Starting counter set name {0}", new object[]
{
this.counterSetName
});
DataCollectorSet dataCollectorSet = this.ConstructDataCollectorSet();
dataCollectorSet.start(synchronous);
}
catch (COMException ex)
{
if (-2147216609 != ex.ErrorCode)
{
throw;
}
}
}
public void CreateLogSettings()
{
Logger.LogInformationMessage("Creating counter set name {0}", new object[]
{
this.counterSetName
});
DataCollectorSet dataCollectorSet = this.ConstructDataCollectorSet();
try
{
if (dataCollectorSet.Status != null)
{
dataCollectorSet.Stop(true);
dataCollectorSet.Delete();
}
}
catch (Exception)
{
}
dataCollectorSet.Commit(this.counterSetName, null, 3);
}
public ISessionController Create()
{
// Data collector set is the core abstraction for collecting diagnostic data.
DataCollectorSet dcs = new DataCollectorSet();
// Create a data collector for traces.
ITraceDataCollector dc = (ITraceDataCollector)dcs.DataCollectors.CreateDataCollector(DataCollectorType.plaTrace);
dc.name = this.Name;
dcs.DataCollectors.Add(dc);
// We need to set real-time mode and the session name
dc.StreamMode = StreamMode.plaRealTime;
dc.SessionName = this.Name;
// Set various values (if present)
SetValue(dc, this.BufferSizeInKB, (d, v) => d.BufferSize = v);
SetValue(dc, this.FlushTimer, (d, v) => d.FlushTimer = (uint)v.TotalSeconds);
SetValue(dc, this.MaximumBuffers, (d, v) => d.MaximumBuffers = v);
SetValue(dc, this.MinimumBuffers, (d, v) => d.MinimumBuffers = v);
// Build up the list of providers.
foreach (ProviderInfo providerInfo in this.Providers)
{
TraceDataProvider provider = dc.TraceDataProviders.CreateTraceDataProvider();
dc.TraceDataProviders.Add(provider);
provider.Guid = providerInfo.Id;
AddValue(provider.KeywordsAll, providerInfo.KeywordsAll);
AddValue(provider.KeywordsAny, providerInfo.KeywordsAny);
AddValue(provider.Level, providerInfo.Level);
}
// Now actually create (or modify existing) the set.
// We explicitly specify the 'Session' namespace for real-time collectors.
dcs.Commit("Session\\" + this.Name, null, CommitMode.plaCreateOrModify);
// Return an opaque wrapper with which the user can control the session.
return(new CollectorSetWrapper(dcs));
}
public void DeleteLogSettings()
{
if (this.Status != PerformanceLogSet.PerformanceLogSetStatus.DoesNotExist)
{
try
{
this.StopLog(true);
Logger.LogInformationMessage("Deleting counter set name {0}", new object[]
{
this.counterSetName
});
DataCollectorSet dataCollectorSet = this.ConstructDataCollectorSet();
dataCollectorSet.Delete();
}
catch (COMException ex)
{
if (-2144337918 != ex.ErrorCode)
{
throw;
}
}
}
}
public CollectorSetWrapper(DataCollectorSet dcs)
{
this.dcs = dcs;
}
public CollectorSetWrapper(DataCollectorSet dcs)
{
this.dcs = dcs;
}