public SelfRefreshingClient(string apiKey,
ConfigurationOptions config,
ISplitLogger log = null) : base(GetLogger(log))
{
_config = (SelfRefreshingConfig)_configService.ReadConfig(config, ConfingTypes.InMemory);
LabelsEnabled = _config.LabelsEnabled;
ApiKey = apiKey;
BuildSplitCache();
BuildSegmentCache();
BuildTelemetryStorage();
BuildTelemetrySyncTask();
BuildSdkApiClients();
BuildSplitFetcher();
BuildTreatmentLog(config);
BuildImpressionManager();
BuildEventLog(config);
BuildEvaluator();
BuildBlockUntilReadyService();
BuildManager();
BuildSyncManager();
_startSessionMs = CurrentTimeHelper.CurrentTimeMillis();
Start();
}
public void BuildImpressionWithDebugAndWithPreviousTime()
{
// Arrange.
var impressionsManager = new ImpressionsManager(_impressionsLog.Object, _customerImpressionListener.Object, _impressionsCounter.Object, true, ImpressionsMode.Debug, _impressionsObserver.Object);
var impTime = CurrentTimeHelper.CurrentTimeMillis();
_impressionsObserver
.Setup(mock => mock.TestAndSet(It.IsAny <KeyImpression>()))
.Returns((long?)null);
// Act.
var result = impressionsManager.BuildImpression("matching-key", "feature", "off", impTime, 432543, "label", "bucketing-key");
// Assert.
Assert.AreEqual("matching-key", result.keyName);
Assert.AreEqual("feature", result.feature);
Assert.AreEqual("off", result.treatment);
Assert.AreEqual(impTime, result.time);
Assert.AreEqual("label", result.label);
Assert.AreEqual("bucketing-key", result.bucketingKey);
Assert.IsNull(result.previousTime);
_impressionsObserver.Verify(mock => mock.TestAndSet(It.IsAny <KeyImpression>()), Times.Once);
_impressionsCounter.Verify(mock => mock.Inc("feature", impTime), Times.Never);
}
public void TrackWithoutCustomerListener_Debug()
{
// Arrange.
var impressionsObserver = new ImpressionsObserver(new ImpressionHasher());
var impressionsCounter = new ImpressionsCounter();
var impressionsManager = new ImpressionsManager(_impressionsLog.Object, null, impressionsCounter, true, ImpressionsMode.Debug, _telemetryRuntimeProducer.Object, _tasksManager, impressionsObserver);
var impTime = CurrentTimeHelper.CurrentTimeMillis();
var impressions = new List <KeyImpression>
{
impressionsManager.BuildImpression("matching-key", "feature", "off", impTime, 432543, "label", "bucketing-key"),
impressionsManager.BuildImpression("matching-key-2", "feature-2", "off", impTime, 432543, "label-2", "bucketing-key"),
impressionsManager.BuildImpression("matching-key-2", "feature-2", "off", impTime, 432543, "label-2", "bucketing-key"),
impressionsManager.BuildImpression("matching-key-2", "feature-2", "off", impTime, 432543, "label-2", "bucketing-key")
};
// Act.
impressionsManager.Track(impressions);
// Assert.
Thread.Sleep(1000);
_impressionsLog.Verify(mock => mock.Log(impressions), Times.Once);
_customerImpressionListener.Verify(mock => mock.Log(It.IsAny <KeyImpression>()), Times.Never);
_telemetryRuntimeProducer.Verify(mock => mock.RecordImpressionsStats(ImpressionsEnum.ImpressionsDeduped, 0), Times.Once);
_telemetryRuntimeProducer.Verify(mock => mock.RecordImpressionsStats(ImpressionsEnum.ImpressionsDropped, 0), Times.Once);
_telemetryRuntimeProducer.Verify(mock => mock.RecordImpressionsStats(ImpressionsEnum.ImpressionsQueued, 4), Times.Once);
}
public void TrackWithoutCustomerListener_Optimized()
{
// Arrange.
var impressionsObserver = new ImpressionsObserver(new ImpressionHasher());
var impressionsCounter = new ImpressionsCounter();
var impressionsManager = new ImpressionsManager(_impressionsLog.Object, null, impressionsCounter, true, ImpressionsMode.Optimized, impressionsObserver);
var impTime = CurrentTimeHelper.CurrentTimeMillis();
var impressions = new List <KeyImpression>
{
impressionsManager.BuildImpression("matching-key", "feature", "off", impTime, 432543, "label", "bucketing-key"),
impressionsManager.BuildImpression("matching-key-2", "feature-2", "off", impTime, 432543, "label-2", "bucketing-key"),
impressionsManager.BuildImpression("matching-key-2", "feature-2", "off", impTime, 432543, "label-2", "bucketing-key"),
impressionsManager.BuildImpression("matching-key-2", "feature-2", "off", impTime, 432543, "label-2", "bucketing-key")
};
var optimizedImpressions = impressions.Where(i => impressionsManager.ShouldQueueImpression(i)).ToList();
// Act.
impressionsManager.Track(impressions);
// Assert.
Thread.Sleep(1000);
Assert.AreEqual(2, optimizedImpressions.Count());
_impressionsLog.Verify(mock => mock.Log(optimizedImpressions), Times.Once);
_impressionsLog.Verify(mock => mock.Log(impressions), Times.Never);
_customerImpressionListener.Verify(mock => mock.Log(It.IsAny <KeyImpression>()), Times.Never);
}
public void Track_Optimized_WithOneImpressionDropped()
{
// Arrange.
var impressionsManager = new ImpressionsManager(_impressionsLog.Object, _customerImpressionListener.Object, _impressionsCounter.Object, true, ImpressionsMode.Optimized, _telemetryRuntimeProducer.Object, _tasksManager, _impressionsObserver.Object);
var impTime = CurrentTimeHelper.CurrentTimeMillis();
var impressions = new List <KeyImpression>
{
new KeyImpression("matching-key", "feature", "off", impTime, 432543, "label", "bucketing-key", optimized: true),
new KeyImpression("matching-key-2", "feature-2", "off", impTime, 432543, "label-2", "bucketing-key", optimized: true)
};
_impressionsLog
.Setup(mock => mock.Log(It.IsAny <List <KeyImpression> >()))
.Returns(1);
// Act.
impressionsManager.Track(impressions);
// Assert.
Thread.Sleep(1000);
_impressionsLog.Verify(mock => mock.Log(impressions), Times.Once);
_customerImpressionListener.Verify(mock => mock.Log(It.IsAny <KeyImpression>()), Times.Exactly(2));
_telemetryRuntimeProducer.Verify(mock => mock.RecordImpressionsStats(ImpressionsEnum.ImpressionsDeduped, 0), Times.Once);
_telemetryRuntimeProducer.Verify(mock => mock.RecordImpressionsStats(ImpressionsEnum.ImpressionsDropped, 1), Times.Once);
_telemetryRuntimeProducer.Verify(mock => mock.RecordImpressionsStats(ImpressionsEnum.ImpressionsQueued, 1), Times.Once);
}
private SelfRefreshingConfig MockConfigInit()
{
_telemetryStorage.Setup(mock => mock.GetBURTimeouts()).Returns(2);
_factoryInstantiationsService.Setup(mock => mock.GetActiveFactories()).Returns(5);
_factoryInstantiationsService.Setup(mock => mock.GetRedundantActiveFactories()).Returns(8);
_telemetryStorage.Setup(mock => mock.GetNonReadyUsages()).Returns(10);
return(new SelfRefreshingConfig
{
EventLogSize = 2,
EventLogRefreshRate = 60,
TreatmentLogRefreshRate = 60,
SegmentRefreshRate = 60,
SplitsRefreshRate = 60,
TelemetryRefreshRate = 60,
ImpressionsMode = ImpressionsMode.Optimized,
Mode = Splitio.Services.Client.Classes.Mode.Standalone,
TreatmentLogSize = 4,
SdkStartTime = CurrentTimeHelper.CurrentTimeMillis(),
BaseUrl = "https://sdk.split.io",
EventsBaseUrl = "https://events.split.io",
AuthServiceURL = "https://auth.split.io",
StreamingServiceURL = "https://streaming.split.io",
TelemetryServiceURL = "https://telemetry.split.io"
});
}
public virtual bool Track(string key, string trafficType, string eventType, double?value = null, Dictionary <string, object> properties = null)
{
if (_statusManager.IsDestroyed())
{
return(false);
}
using (var clock = new Util.SplitStopwatch())
{
clock.Start();
var keyResult = _keyValidator.IsValid(new Key(key, null), nameof(Track));
var eventTypeResult = _eventTypeValidator.IsValid(eventType, nameof(eventType));
var eventPropertiesResult = _eventPropertiesValidator.IsValid(properties);
var trafficTypeResult = _blockUntilReadyService.IsSdkReady()
? _trafficTypeValidator.IsValid(trafficType, nameof(trafficType))
: new ValidatorResult {
Success = true, Value = trafficType
};
if (!keyResult || !trafficTypeResult.Success || !eventTypeResult || !eventPropertiesResult.Success)
{
return(false);
}
try
{
var eventToLog = new Event
{
key = key,
trafficTypeName = trafficTypeResult.Value,
eventTypeId = eventType,
value = value,
timestamp = CurrentTimeHelper.CurrentTimeMillis(),
properties = (Dictionary <string, object>)eventPropertiesResult.Value
};
_tasksManager.Start(() =>
{
_eventsLog.Log(new WrappedEvent
{
Event = eventToLog,
Size = eventPropertiesResult.EventSize
});
}, new CancellationTokenSource(), "Track");
RecordLatency(nameof(Track), clock.ElapsedMilliseconds);
return(true);
}
catch (Exception e)
{
_log.Error("Exception caught trying to track an event", e);
RecordException(nameof(Track));
return(false);
}
}
}
public override void Destroy()
{
if (!_statusManager.IsDestroyed())
{
_telemetryRuntimeProducer.RecordSessionLength(CurrentTimeHelper.CurrentTimeMillis() - _startSessionMs);
Stop();
base.Destroy();
}
}
private Dictionary <string, TreatmentResult> GetTreatmentsResult(Key key, List <string> features, string operation, string method, Dictionary <string, object> attributes = null)
{
var treatmentsForFeatures = new Dictionary <string, TreatmentResult>();
if (!IsClientReady(method))
{
foreach (var feature in features)
{
treatmentsForFeatures.Add(feature, new TreatmentResult(LabelClientNotReady, Control, null));
}
return(treatmentsForFeatures);
}
var ImpressionsQueue = new List <KeyImpression>();
if (_keyValidator.IsValid(key, method))
{
features = _splitNameValidator.SplitNamesAreValid(features, method);
var start = CurrentTimeHelper.CurrentTimeMillis();
var clock = new Stopwatch();
clock.Start();
foreach (var feature in features)
{
var treatmentResult = DoGetTreatment(key, feature, attributes, true);
treatmentsForFeatures.Add(feature, treatmentResult);
if (!LabelSplitNotFound.Equals(treatmentResult.Label))
{
ImpressionsQueue.Add(BuildImpression(key.matchingKey, feature, treatmentResult.Treatment, start, treatmentResult.ChangeNumber, LabelsEnabled ? treatmentResult.Label : null, key.bucketingKeyHadValue ? key.bucketingKey : null));
}
}
if (metricsLog != null)
{
metricsLog.Time(operation, clock.ElapsedMilliseconds);
}
ImpressionLog(ImpressionsQueue);
}
else
{
foreach (var feature in features)
{
treatmentsForFeatures.Add(feature, new TreatmentResult(LabelSplitNotFound, Control, null));
}
}
ClearItemsAddedToTreatmentCache(key?.matchingKey);
return(treatmentsForFeatures);
}
public virtual bool Track(string key, string trafficType, string eventType, double?value = null, Dictionary <string, object> properties = null)
{
if (Destroyed)
{
return(false);
}
var keyResult = _keyValidator.IsValid(new Key(key, null), nameof(Track));
var eventTypeResult = _eventTypeValidator.IsValid(eventType, nameof(eventType));
var eventPropertiesResult = _eventPropertiesValidator.IsValid(properties);
var trafficTypeResult = _blockUntilReadyService.IsSdkReady()
? _trafficTypeValidator.IsValid(trafficType, nameof(trafficType))
: new ValidatorResult {
Success = true, Value = trafficType
};
if (!keyResult || !trafficTypeResult.Success || !eventTypeResult || !eventPropertiesResult.Success)
{
return(false);
}
try
{
var eventToLog = new Event
{
key = key,
trafficTypeName = trafficTypeResult.Value,
eventTypeId = eventType,
value = value,
timestamp = CurrentTimeHelper.CurrentTimeMillis(),
properties = (Dictionary <string, object>)eventPropertiesResult.Value
};
Task.Factory.StartNew(() =>
{
_eventsLog.Log(new WrappedEvent
{
Event = eventToLog,
Size = eventPropertiesResult.EventSize
});
});
return(true);
}
catch (Exception e)
{
_log.Error("Exception caught trying to track an event", e);
return(false);
}
}
private TreatmentResult GetTreatmentResult(Key key, string feature, string operation, string method, Dictionary <string, object> attributes = null, bool logMetricsAndImpressions = true, bool multiple = false)
{
if (!IsClientReady(method))
{
return(new TreatmentResult(LabelClientNotReady, Control, null));
}
if (!_keyValidator.IsValid(key, method))
{
return(new TreatmentResult(LabelException, Control, null));
}
var splitNameResult = _splitNameValidator.SplitNameIsValid(feature, method);
if (!splitNameResult.Success)
{
return(new TreatmentResult(LabelException, Control, null));
}
feature = splitNameResult.Value;
var start = CurrentTimeHelper.CurrentTimeMillis();
var clock = new Stopwatch();
clock.Start();
var result = DoGetTreatment(key, feature, attributes, multiple);
if (logMetricsAndImpressions)
{
if (metricsLog != null)
{
metricsLog.Time(operation, clock.ElapsedMilliseconds);
}
if (!LabelSplitNotFound.Equals(result.Label))
{
ImpressionLog(new List <KeyImpression>
{
BuildImpression(key.matchingKey, feature, result.Treatment, start, result.ChangeNumber, LabelsEnabled ? result.Label : null, key.bucketingKeyHadValue ? key.bucketingKey : null)
});
}
}
return(result);
}
public void BuildAndTrackWithoutCustomerListener()
{
// Arrange.
var impressionsManager = new ImpressionsManager(_impressionsLog.Object, null, _impressionsCounter.Object, true, ImpressionsMode.Optimized, _impressionsObserver.Object);
var impTime = CurrentTimeHelper.CurrentTimeMillis();
// Act.
impressionsManager.BuildAndTrack("matching-key", "feature", "off", impTime, 432543, "label", "bucketing-key");
// Assert.
_impressionsObserver.Verify(mock => mock.TestAndSet(It.IsAny <KeyImpression>()), Times.Once);
_impressionsCounter.Verify(mock => mock.Inc("feature", impTime), Times.Once);
Thread.Sleep(1000);
_impressionsLog.Verify(mock => mock.Log(It.IsAny <List <KeyImpression> >()), Times.Once);
_customerImpressionListener.Verify(mock => mock.Log(It.IsAny <KeyImpression>()), Times.Never);
}
private void RecordInit()
{
try
{
var config = new Config
{
BURTimeouts = _telemetryStorageConsumer.GetBURTimeouts(),
EventsQueueSize = _configurationOptions.EventLogSize,
Rates = new Rates
{
Events = _configurationOptions.EventLogRefreshRate,
Impressions = _configurationOptions.TreatmentLogRefreshRate,
Segments = _configurationOptions.SegmentRefreshRate,
Splits = _configurationOptions.SplitsRefreshRate,
Telemetry = _configurationOptions.TelemetryRefreshRate
},
UrlOverrides = new UrlOverrides
{
Sdk = !_configurationOptions.BaseUrl.Equals(Constants.Urls.BaseUrl),
Events = !_configurationOptions.EventsBaseUrl.Equals(Constants.Urls.EventsBaseUrl),
Auth = !_configurationOptions.AuthServiceURL.Equals(Constants.Urls.AuthServiceURL),
Stream = !_configurationOptions.StreamingServiceURL.Equals(Constants.Urls.StreamingServiceURL),
Telemetry = !_configurationOptions.TelemetryServiceURL.Equals(Constants.Urls.TelemetryServiceURL)
},
StreamingEnabled = _configurationOptions.StreamingEnabled,
ImpressionsMode = _configurationOptions.ImpressionsMode,
ImpressionListenerEnabled = _configurationOptions.ImpressionListener != null,
OperationMode = (int)_configurationOptions.Mode,
ImpressionsQueueSize = _configurationOptions.TreatmentLogSize,
Tags = _telemetryStorageConsumer.PopTags().ToList(),
TimeUntilSDKReady = CurrentTimeHelper.CurrentTimeMillis() - _configurationOptions.SdkStartTime,
ActiveFactories = _factoryInstantiationsService.GetActiveFactories(),
RedundantActiveFactories = _factoryInstantiationsService.GetRedundantActiveFactories(),
Storage = Constants.StorageType.Memory,
SDKNotReadyUsage = _telemetryStorageConsumer.GetNonReadyUsages(),
HTTPProxyDetected = IsHTTPProxyDetected()
};
_telemetryAPI.RecordConfigInit(config);
}
catch (Exception ex)
{
_log.Error("Something were wrong posting Config.", ex);
}
}
public void Track()
{
// Arrange.
var impressionsManager = new ImpressionsManager(_impressionsLog.Object, _customerImpressionListener.Object, _impressionsCounter.Object, true, ImpressionsMode.Optimized, _impressionsObserver.Object);
var impTime = CurrentTimeHelper.CurrentTimeMillis();
var impressions = new List <KeyImpression>
{
new KeyImpression("matching-key", "feature", "off", impTime, 432543, "label", "bucketing-key"),
new KeyImpression("matching-key-2", "feature-2", "off", impTime, 432543, "label-2", "bucketing-key")
};
// Act.
impressionsManager.Track(impressions);
// Assert.
Thread.Sleep(1000);
_impressionsLog.Verify(mock => mock.Log(impressions), Times.Once);
_customerImpressionListener.Verify(mock => mock.Log(It.IsAny <KeyImpression>()), Times.Exactly(2));
}
public SelfRefreshingConfig ReadInMemoryConfig(ConfigurationOptions config)
{
var baseConfig = ReadBaseConfig(config);
var selfRefreshingConfig = new SelfRefreshingConfig
{
Mode = config.Mode,
SdkVersion = baseConfig.SdkVersion,
SdkMachineName = baseConfig.SdkMachineName,
SdkMachineIP = baseConfig.SdkMachineIP,
LabelsEnabled = baseConfig.LabelsEnabled,
SplitsRefreshRate = config.FeaturesRefreshRate ?? 5,
SegmentRefreshRate = config.SegmentsRefreshRate ?? 60,
HttpConnectionTimeout = config.ConnectionTimeout ?? 15000,
HttpReadTimeout = config.ReadTimeout ?? 15000,
RandomizeRefreshRates = config.RandomizeRefreshRates, ConcurrencyLevel = config.SplitsStorageConcurrencyLevel ?? 4,
TreatmentLogSize = config.MaxImpressionsLogSize ?? 30000,
ImpressionsBulkSize = 5000,
EventLogRefreshRate = config.EventsPushRate ?? 60,
EventLogSize = config.EventsQueueSize ?? 10000,
EventsBulkSize = 500,
EventsFirstPushWindow = config.EventsFirstPushWindow ?? 10,
NumberOfParalellSegmentTasks = config.NumberOfParalellSegmentTasks ?? 5,
StreamingEnabled = config.StreamingEnabled ?? true,
AuthRetryBackoffBase = GetMinimunAllowed(config.AuthRetryBackoffBase ?? 1, 1, "AuthRetryBackoffBase"),
StreamingReconnectBackoffBase = GetMinimunAllowed(config.StreamingReconnectBackoffBase ?? 1, 1, "StreamingReconnectBackoffBase"),
ImpressionsMode = config.ImpressionsMode ?? ImpressionsMode.Optimized,
TelemetryRefreshRate = GetMinimunAllowed(config.TelemetryRefreshRate ?? 3600, 60, "TelemetryRefreshRate"),
ImpressionListener = config.ImpressionListener,
AuthServiceURL = string.IsNullOrEmpty(config.AuthServiceURL) ? Constants.Urls.AuthServiceURL : config.AuthServiceURL,
BaseUrl = string.IsNullOrEmpty(config.Endpoint) ? Constants.Urls.BaseUrl : config.Endpoint,
EventsBaseUrl = string.IsNullOrEmpty(config.EventsEndpoint) ? Constants.Urls.EventsBaseUrl : config.EventsEndpoint,
StreamingServiceURL = string.IsNullOrEmpty(config.StreamingServiceURL) ? Constants.Urls.StreamingServiceURL : config.StreamingServiceURL,
TelemetryServiceURL = string.IsNullOrEmpty(config.TelemetryServiceURL) ? Constants.Urls.TelemetryServiceURL : config.TelemetryServiceURL,
SdkStartTime = CurrentTimeHelper.CurrentTimeMillis(),
OnDemandFetchMaxRetries = 10,
OnDemandFetchRetryDelayMs = 50
};
selfRefreshingConfig.TreatmentLogRefreshRate = GetImpressionRefreshRate(selfRefreshingConfig.ImpressionsMode, config.ImpressionsRefreshRate);
return(selfRefreshingConfig);
}
protected override string GetTreatmentForFeature(Key key, string feature, Dictionary <string, object> attributes = null, bool logMetricsAndImpressions = true)
{
long start = CurrentTimeHelper.CurrentTimeMillis();
var clock = new Stopwatch();
clock.Start();
try
{
var split = splitCache.GetSplit(feature);
if (split == null)
{
if (logMetricsAndImpressions)
{
//if split definition was not found, impression label = "rules not found"
RecordStats(key, feature, null, LabelSplitNotFound, start, Control, SdkGetTreatment, clock);
}
Log.Warn(String.Format("Unknown or invalid feature: {0}", feature));
return(Control);
}
ParsedSplit parsedSplit = splitParser.Parse((Split)split);
var treatment = GetTreatment(key, parsedSplit, attributes, start, clock, this, logMetricsAndImpressions);
return(treatment);
}
catch (Exception e)
{
if (logMetricsAndImpressions)
{
//if there was an exception, impression label = "exception"
RecordStats(key, feature, null, LabelException, start, Control, SdkGetTreatment, clock);
}
Log.Error(String.Format("Exception caught getting treatment for feature: {0}", feature), e);
return(Control);
}
}
private TreatmentResult GetTreatmentResult(Key key, string feature, string operation, string method, Dictionary <string, object> attributes = null)
{
if (!IsClientReady(method))
{
return(new TreatmentResult(string.Empty, Control, null));
}
if (!_keyValidator.IsValid(key, method))
{
return(new TreatmentResult(string.Empty, Control, null));
}
var splitNameResult = _splitNameValidator.SplitNameIsValid(feature, method);
if (!splitNameResult.Success)
{
return(new TreatmentResult(string.Empty, Control, null));
}
feature = splitNameResult.Value;
var result = _evaluator.EvaluateFeature(key, feature, attributes);
if (_metricsLog != null)
{
_metricsLog.Time(operation, result.ElapsedMilliseconds);
}
if (!Labels.SplitNotFound.Equals(result.Label))
{
ImpressionLog(new List <KeyImpression>
{
BuildImpression(key.matchingKey, feature, result.Treatment, CurrentTimeHelper.CurrentTimeMillis(), result.ChangeNumber, LabelsEnabled ? result.Label : null, key.bucketingKeyHadValue ? key.bucketingKey : null)
});
}
return(result);
}
public async Task <string> FetchSplitChanges(long since, FetchOptions fetchOptions)
{
using (var clock = new Util.SplitStopwatch())
{
clock.Start();
try
{
var requestUri = GetRequestUri(since, fetchOptions.Till);
var response = await ExecuteGet(requestUri, fetchOptions.CacheControlHeaders);
if ((int)response.statusCode >= (int)HttpStatusCode.OK && (int)response.statusCode < (int)HttpStatusCode.Ambiguous)
{
_telemetryRuntimeProducer.RecordSyncLatency(ResourceEnum.SplitSync, Util.Metrics.Bucket(clock.ElapsedMilliseconds));
_telemetryRuntimeProducer.RecordSuccessfulSync(ResourceEnum.SplitSync, CurrentTimeHelper.CurrentTimeMillis());
return(response.content);
}
_log.Error($"Http status executing FetchSplitChanges: {response.statusCode.ToString()} - {response.content}");
_telemetryRuntimeProducer.RecordSyncError(ResourceEnum.SplitSync, (int)response.statusCode);
return(string.Empty);
}
catch (Exception e)
{
_log.Error("Exception caught executing FetchSplitChanges", e);
return(string.Empty);
}
}
}
private TreatmentResult GetTreatmentResult(Key key, string feature, string method, Dictionary <string, object> attributes = null)
{
if (!IsClientReady(method))
{
return(new TreatmentResult(string.Empty, Control, null));
}
if (!_keyValidator.IsValid(key, method))
{
return(new TreatmentResult(string.Empty, Control, null));
}
var splitNameResult = _splitNameValidator.SplitNameIsValid(feature, method);
if (!splitNameResult.Success)
{
return(new TreatmentResult(string.Empty, Control, null));
}
feature = splitNameResult.Value;
var result = _evaluator.EvaluateFeature(key, feature, attributes);
if (result.Exception)
{
RecordException(method);
}
RecordLatency(method, result.ElapsedMilliseconds);
if (!Labels.SplitNotFound.Equals(result.Label))
{
_impressionsManager.BuildAndTrack(key.matchingKey, feature, result.Treatment, CurrentTimeHelper.CurrentTimeMillis(), result.ChangeNumber, LabelsEnabled ? result.Label : null, key.bucketingKeyHadValue ? key.bucketingKey : null);
}
return(result);
}
private long CalcularteNextTokenExpiration(double time)
{
return(CurrentTimeHelper.CurrentTimeMillis() + Convert.ToInt64(time * 1000));
}
public StreamingEvent(EventTypeEnum type)
{
Timestamp = CurrentTimeHelper.CurrentTimeMillis();
Type = (int)type;
}
public async Task <string> FetchSegmentChanges(string name, long since, FetchOptions fetchOptions)
{
using (var clock = new Util.SplitStopwatch())
{
clock.Start();
try
{
var requestUri = GetRequestUri(name, since, fetchOptions.Till);
var response = await ExecuteGet(requestUri, fetchOptions.CacheControlHeaders);
if ((int)response.statusCode >= (int)HttpStatusCode.OK && (int)response.statusCode < (int)HttpStatusCode.Ambiguous)
{
if (_log.IsDebugEnabled)
{
_log.Debug($"FetchSegmentChanges with name '{name}' took {clock.ElapsedMilliseconds} milliseconds using uri '{requestUri}'");
}
_telemetryRuntimeProducer.RecordSyncLatency(ResourceEnum.SegmentSync, Util.Metrics.Bucket(clock.ElapsedMilliseconds));
_telemetryRuntimeProducer.RecordSuccessfulSync(ResourceEnum.SegmentSync, CurrentTimeHelper.CurrentTimeMillis());
return(response.content);
}
_log.Error(response.statusCode == HttpStatusCode.Forbidden
? "factory instantiation: you passed a browser type api_key, please grab an api key from the Split console that is of type sdk"
: $"Http status executing FetchSegmentChanges: {response.statusCode.ToString()} - {response.content}");
_telemetryRuntimeProducer.RecordSyncError(ResourceEnum.SegmentSync, (int)response.statusCode);
return(string.Empty);
}
catch (Exception e)
{
_log.Error("Exception caught executing FetchSegmentChanges", e);
return(string.Empty);
}
}
}
private async Task ExecutePost(string url, object data, string method)
{
var jsonData = JsonConvert.SerializeObject(data, new JsonSerializerSettings
{
NullValueHandling = NullValueHandling.Ignore
});
var response = await _splitioHttpClient.PostAsync($"{_telemetryURL}{url}", jsonData);
if ((int)response.statusCode >= (int)HttpStatusCode.OK && (int)response.statusCode < (int)HttpStatusCode.Ambiguous)
{
_telemetryRuntimeProducer.RecordSuccessfulSync(ResourceEnum.TelemetrySync, CurrentTimeHelper.CurrentTimeMillis());
_log.Debug($"Telemetry post success. {method}");
}
else
{
_log.Error($"Http status executing {method}: {response.statusCode} - {response.content}");
_telemetryRuntimeProducer.RecordSyncError(ResourceEnum.TelemetrySync, (int)response.statusCode);
}
}
public async Task <AuthenticationResponse> AuthenticateAsync()
{
using (var clock = new Util.SplitStopwatch())
{
clock.Start();
try
{
var response = await _splitioHttpClient.GetAsync(_url);
if (response.statusCode == HttpStatusCode.OK)
{
_log.Debug($"Success connection to: {_url}");
_telemetryRuntimeProducer.RecordSyncLatency(ResourceEnum.TokenSync, Util.Metrics.Bucket(clock.ElapsedMilliseconds));
_telemetryRuntimeProducer.RecordSuccessfulSync(ResourceEnum.TokenSync, CurrentTimeHelper.CurrentTimeMillis());
return(GetSuccessResponse(response.content));
}
else if (response.statusCode >= HttpStatusCode.BadRequest && response.statusCode < HttpStatusCode.InternalServerError)
{
_log.Debug($"Problem to connect to : {_url}. Response status: {response.statusCode}");
_telemetryRuntimeProducer.RecordAuthRejections();
return(new AuthenticationResponse {
PushEnabled = false, Retry = false
});
}
_telemetryRuntimeProducer.RecordSyncError(ResourceEnum.TokenSync, (int)response.statusCode);
return(new AuthenticationResponse {
PushEnabled = false, Retry = true
});
}
catch (Exception ex)
{
_log.Error(ex.Message);
return(new AuthenticationResponse {
PushEnabled = false, Retry = false
});
}
}
}
private Dictionary <string, TreatmentResult> GetTreatmentsResult(Key key, List <string> features, string method, Dictionary <string, object> attributes = null)
{
var treatmentsForFeatures = new Dictionary <string, TreatmentResult>();
if (!IsClientReady(method))
{
foreach (var feature in features)
{
treatmentsForFeatures.Add(feature, new TreatmentResult(string.Empty, Control, null));
}
return(treatmentsForFeatures);
}
var ImpressionsQueue = new List <KeyImpression>();
if (_keyValidator.IsValid(key, method))
{
features = _splitNameValidator.SplitNamesAreValid(features, method);
var results = _evaluator.EvaluateFeatures(key, features, attributes);
foreach (var treatmentResult in results.TreatmentResults)
{
treatmentsForFeatures.Add(treatmentResult.Key, treatmentResult.Value);
if (!Labels.SplitNotFound.Equals(treatmentResult.Value.Label))
{
ImpressionsQueue.Add(_impressionsManager.BuildImpression(key.matchingKey, treatmentResult.Key, treatmentResult.Value.Treatment, CurrentTimeHelper.CurrentTimeMillis(), treatmentResult.Value.ChangeNumber, LabelsEnabled ? treatmentResult.Value.Label : null, key.bucketingKeyHadValue ? key.bucketingKey : null));
}
}
if (results.Exception)
{
RecordException(method);
}
RecordLatency(method, results.ElapsedMilliseconds);
_impressionsManager.Track(ImpressionsQueue);
}
else
{
foreach (var feature in features)
{
treatmentsForFeatures.Add(feature, new TreatmentResult(string.Empty, Control, null));
}
}
return(treatmentsForFeatures);
}
public StreamingEvent(EventTypeEnum type, long data)
{
Timestamp = CurrentTimeHelper.CurrentTimeMillis();
Type = (int)type;
Data = data;
}
