internal AmbientLogFilter(string name, IAmbientSettingsSet?settingsSet)
{
_name = name;
_logLevelSetting = AmbientSettings.GetSetting <AmbientLogLevel>(settingsSet, name + "-" + nameof(AmbientLogFilter) + "-LogLevel", "The AmbientLogLevel above which events should not be logged. The default value is AmbientLogLevel.Information.", AmbientLogLevel.Information, s => (AmbientLogLevel)Enum.Parse(typeof(AmbientLogLevel), s));
_typeAllowSetting = AmbientSettings.GetSetting <Regex?>(settingsSet, name + "-" + nameof(AmbientLogFilter) + "-TypeAllow", "A regular expression indicating which logger owner types should be allowed. Blocks takes precedence over allows. The default value is null, which allows all types.", null, s => new Regex(s, RegexOptions.Compiled));
_typeBlockSetting = AmbientSettings.GetSetting <Regex?>(settingsSet, name + "-" + nameof(AmbientLogFilter) + "-TypeBlock", "A regular expression indicating which logger owner types should be blocked. Blocks takes precedence over allows. The default value is null, which blocks no types.", null, s => new Regex(s, RegexOptions.Compiled));
_categoryAllowSetting = AmbientSettings.GetSetting <Regex?>(settingsSet, name + "-" + nameof(AmbientLogFilter) + "-CategoryAllow", "A regular expression indicating which categories should be allowed. Blocks takes precedence over allows. The default value is null, which allows all categories.", null, s => new Regex(s, RegexOptions.Compiled));
_categoryBlockSetting = AmbientSettings.GetSetting <Regex?>(settingsSet, name + "-" + nameof(AmbientLogFilter) + "-CategoryBlock", "A regular expression indicating which categories should be blocked. Blocks takes precedence over allows. The default value is null, which blocks no categories.", null, s => new Regex(s, RegexOptions.Compiled));
}
/// <summary>
/// Constructs an AmbientServiceProfilerCoordinator using the specified settings set.
/// </summary>
/// <param name="settingsSet"></param>
public AmbientServiceProfilerCoordinator(IAmbientSettingsSet?settingsSet)
{
_defaultSystemGroupTransformSetting = AmbientSettings.GetSettingsSetSetting <Regex?>(settingsSet, nameof(AmbientServiceProfilerCoordinator) + "-DefaultSystemGroupTransform",
@"A `Regex` string used to transform the system identifier to a group identifier.
The regular expression will attempt to match the system identifier, with the values for any matching match groups being concatenated into the system group identifier.",
s => string.IsNullOrEmpty(s) ? (Regex?)null : new Regex(s, RegexOptions.Compiled));
_scopeDistributor = new AsyncLocal <ScopeOnSystemSwitchedDistributor>();
_eventBroadcaster = _AmbientServiceProfiler.Local;
_eventBroadcaster?.RegisterSystemSwitchedNotificationSink(this);
}
/// <summary>
/// Constructs a AmbientBottleneckTracker using the specified settings set.
/// </summary>
/// <param name="settingsSet">An <see cref="IAmbientSettingsSet"/> to get settings from.</param>
public AmbientBottleneckSurveyorCoordinator(IAmbientSettingsSet?settingsSet)
{
_defaultAllowSetting = AmbientSettings.GetSetting <Regex?>(settingsSet, nameof(AmbientBottleneckSurveyorCoordinator) + "-DefaultAllow",
@"A `Regex` string used to match bottleneck identifiers that should be tracked. By default, all bottlenecks are allowed.",
s => string.IsNullOrEmpty(s) ? (Regex?)null : new Regex(s, RegexOptions.Compiled));
_defaultBlockSetting = AmbientSettings.GetSetting <Regex?>(settingsSet, nameof(AmbientBottleneckSurveyorCoordinator) + "-DefaultBlock",
@"A `Regex` string used to match bottleneck identifiers that should NOT be tracked. By default, no bottlenecks are blocked.",
s => string.IsNullOrEmpty(s) ? (Regex?)null : new Regex(s, RegexOptions.Compiled));
_bottleneckDetector = _AmbientBottleneckDetector.Local;
_callContextSurveyor = new CallContextSurveyManager(_bottleneckDetector);
_threadSurveyor = new ThreadSurveyManager(_bottleneckDetector);
}
public BasicAmbientCache(IAmbientSettingsSet?settings)
{
_callFrequencyToEject = AmbientSettings.GetSetting <int>(settings, nameof(BasicAmbientCache) + "-EjectFrequency", "The number of cache calls between cache ejections where at least one timed and one untimed entry is ejected from the cache.", s => Int32.Parse(s !, System.Globalization.CultureInfo.InvariantCulture), "100");
_countToEject = AmbientSettings.GetSetting <int>(settings, nameof(BasicAmbientCache) + "-MaximumItemCount", "The maximum number of both timed and untimed items to allow in the cache before ejecting items.", s => Int32.Parse(s !, System.Globalization.CultureInfo.InvariantCulture), "1000");
_minCacheEntries = AmbientSettings.GetSetting <int>(settings, nameof(BasicAmbientCache) + "-MinimumItemCount", "The minimum number of unexpired both timed and untimed items to keep in the cache at all times.", s => Int32.Parse(s !, System.Globalization.CultureInfo.InvariantCulture), "1");
}