public void GetTreatmentWithConfig_WithtBUR_WhenTreatmentDoesntExist_ReturnsControl()
{
// Arrange.
using (var httpClientMock = GetHttpClientMock())
{
var impressionListener = new IntegrationTestsImpressionListener(50);
var configurations = GetConfigurationOptions(httpClientMock?.GetUrl(), impressionListener: impressionListener);
var apikey = "base-apikey6";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
// Act.
var result = client.GetTreatment("nico_test", "Random_Treatment");
// Assert.
Assert.AreEqual("control", result);
// Validate impressions in listener.
Thread.Sleep(2000);
var impressionQueue = impressionListener.GetQueue();
var keyImpressions = impressionQueue.FetchAll();
Assert.AreEqual(0, keyImpressions.Count);
//Validate impressions sent to the be.
AssertSentImpressions(0, httpClientMock);
client.Destroy();
}
}
protected override ConfigurationOptions GetConfigurationOptions(HttpClientMock httpClientMock = null, int?eventsPushRate = null, int?eventsQueueSize = null, int?featuresRefreshRate = null, bool?ipAddressesEnabled = null)
{
_impressionListener = new IntegrationTestsImpressionListener(50);
var cacheConfig = new CacheAdapterConfigurationOptions
{
Host = Host,
Port = Port,
Password = Password,
Database = Database
};
return(new ConfigurationOptions
{
ImpressionListener = _impressionListener,
FeaturesRefreshRate = featuresRefreshRate ?? 1,
SegmentsRefreshRate = 1,
ImpressionsRefreshRate = 1,
MetricsRefreshRate = 1,
EventsPushRate = eventsPushRate ?? 1,
IPAddressesEnabled = ipAddressesEnabled,
CacheAdapterConfig = cacheConfig,
Mode = Mode.Consumer
});
}
protected override ConfigurationOptions GetConfigurationOptions(HttpClientMock httpClientMock = null, int?eventsPushRate = null, int?eventsQueueSize = null, int?featuresRefreshRate = null, bool?ipAddressesEnabled = null)
{
_impressionListener = new IntegrationTestsImpressionListener(50);
var cacheConfig = new CacheAdapterConfigurationOptions
{
Type = AdapterType.Redis,
Host = Host,
Port = Port,
Password = Password,
Database = Database,
ConnectTimeout = 5000,
ConnectRetry = 3,
SyncTimeout = 1000,
UserPrefix = UserPrefix
};
return(new ConfigurationOptions
{
ReadTimeout = 20000,
ConnectionTimeout = 20000,
ImpressionListener = _impressionListener,
FeaturesRefreshRate = featuresRefreshRate ?? 1,
SegmentsRefreshRate = 1,
ImpressionsRefreshRate = 1,
MetricsRefreshRate = 1,
EventsPushRate = eventsPushRate ?? 1,
Mode = Mode.Consumer,
CacheAdapterConfig = cacheConfig,
IPAddressesEnabled = ipAddressesEnabled
});
}
public void GetTreatments_WithtBUR_WhenTreatmentsDoesntExist_ReturnsTreatments()
{
// Arrange.
using (var httpClientMock = GetHttpClientMock())
{
var impressionListener = new IntegrationTestsImpressionListener(50);
var configurations = GetConfigurationOptions(httpClientMock?.GetUrl(), impressionListener: impressionListener);
var apikey = "base-apikey9";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
// Act.
var result = client.GetTreatments("nico_test", new List <string> {
"FACUNDO_TEST", "Random_Treatment", "MAURO_TEST", "Test_Save_1", "Random_Treatment_2",
});
// Assert.
Assert.AreEqual("on", result["FACUNDO_TEST"]);
Assert.AreEqual("control", result["Random_Treatment"]);
Assert.AreEqual("off", result["MAURO_TEST"]);
Assert.AreEqual("off", result["Test_Save_1"]);
Assert.AreEqual("control", result["Random_Treatment_2"]);
client.Destroy();
// Validate impressions.
Thread.Sleep(2000);
var impressionQueue = impressionListener.GetQueue();
var keyImpressions = impressionQueue.FetchAll();
var impression1 = keyImpressions
.Where(ki => ki.feature.Equals("FACUNDO_TEST"))
.Where(ki => ki.keyName.Equals("nico_test"))
.FirstOrDefault();
var impression2 = keyImpressions
.Where(ki => ki.feature.Equals("MAURO_TEST"))
.Where(ki => ki.keyName.Equals("nico_test"))
.FirstOrDefault();
var impression3 = keyImpressions
.Where(ki => ki.feature.Equals("Test_Save_1"))
.Where(ki => ki.keyName.Equals("nico_test"))
.FirstOrDefault();
AssertImpression(impression1, 1506703262916, "FACUNDO_TEST", "nico_test", "whitelisted", "on");
AssertImpression(impression2, 1506703262966, "MAURO_TEST", "nico_test", "not in split", "off");
AssertImpression(impression3, 1503956389520, "Test_Save_1", "nico_test", "in segment all", "off");
Assert.AreEqual(3, keyImpressions.Count);
//Validate impressions sent to the be.
AssertSentImpressions(3, httpClientMock, impression1, impression2, impression3);
}
}
public void GetTreatmentWithConfig_WithtInputValidation_ReturnsTreatments()
{
// Arrange.
using (var httpClientMock = GetHttpClientMock())
{
var impressionListener = new IntegrationTestsImpressionListener(50);
var configurations = GetConfigurationOptions(httpClientMock?.GetUrl(), impressionListener: impressionListener);
var apikey = "base-apikey5";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
// Act.
var result1 = client.GetTreatmentWithConfig("nico_test", "FACUNDO_TEST");
var result2 = client.GetTreatmentWithConfig(string.Empty, "FACUNDO_TEST");
var result3 = client.GetTreatmentWithConfig("test", string.Empty);
var result4 = client.GetTreatmentWithConfig("mauro", "MAURO_TEST");
client.Destroy();
// Assert.
Assert.AreEqual("on", result1.Treatment);
Assert.AreEqual("control", result2.Treatment);
Assert.AreEqual("control", result3.Treatment);
Assert.AreEqual("on", result4.Treatment);
Assert.AreEqual("{\"color\":\"green\"}", result1.Config);
Assert.IsNull(result2.Config);
Assert.IsNull(result3.Config);
Assert.AreEqual("{\"version\":\"v2\"}", result4.Config);
// Validate impressions.
Thread.Sleep(3000);
var impressionQueue = impressionListener.GetQueue();
var keyImpressions = impressionQueue.FetchAll();
Assert.AreEqual(2, keyImpressions.Count);
var impression1 = keyImpressions
.Where(ki => ki.feature.Equals("FACUNDO_TEST"))
.Where(ki => ki.keyName.Equals("nico_test"))
.FirstOrDefault();
var impression2 = keyImpressions
.Where(ki => ki.feature.Equals("MAURO_TEST"))
.Where(ki => ki.keyName.Equals("mauro"))
.FirstOrDefault();
AssertImpression(impression1, 1506703262916, "FACUNDO_TEST", "nico_test", "whitelisted", "on");
AssertImpression(impression2, 1506703262966, "MAURO_TEST", "mauro", "whitelisted", "on");
//Validate impressions sent to the be.
AssertSentImpressions(2, httpClientMock, impression1, impression2);
}
}
public void Telemetry_ValidatesConfigInitAndStats()
{
// Arrange.
using (var httpClientMock = GetHttpClientMock())
{
var impressionListener = new IntegrationTestsImpressionListener(50);
var configurations = GetConfigurationOptions(httpClientMock.GetUrl(), impressionListener: impressionListener);
var apikey = "apikey-telemetry";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.Track("test-key", "tt", "test");
try
{
client.BlockUntilReady(0);
}
catch
{
client.BlockUntilReady(10000);
}
// Act.
var result = client.GetTreatment("nico_test", "FACUNDO_TEST");
Thread.Sleep(3000);
// Assert.
Assert.AreEqual("on", result);
var sentConfig = GetMetricsConfigSentBackend(httpClientMock);
Assert.IsNotNull(sentConfig);
Assert.AreEqual(configurations.StreamingEnabled, sentConfig.StreamingEnabled);
Assert.AreEqual("memory", sentConfig.Storage);
Assert.AreEqual(configurations.FeaturesRefreshRate, (int)sentConfig.Rates.Splits);
Assert.AreEqual(configurations.SegmentsRefreshRate, (int)sentConfig.Rates.Events);
Assert.AreEqual(60, (int)sentConfig.Rates.Impressions);
Assert.AreEqual(3600, (int)sentConfig.Rates.Telemetry);
Assert.IsTrue(sentConfig.UrlOverrides.Telemetry);
Assert.IsTrue(sentConfig.UrlOverrides.Sdk);
Assert.IsTrue(sentConfig.UrlOverrides.Events);
Assert.IsFalse(sentConfig.UrlOverrides.Stream);
Assert.IsFalse(sentConfig.UrlOverrides.Auth);
Assert.AreEqual(30000, (int)sentConfig.ImpressionsQueueSize);
Assert.AreEqual(10000, (int)sentConfig.EventsQueueSize);
Assert.AreEqual(ImpressionsMode.Optimized, sentConfig.ImpressionsMode);
Assert.IsTrue(sentConfig.ImpressionListenerEnabled);
Assert.IsTrue(1 <= sentConfig.ActiveFactories);
Assert.AreEqual(1, sentConfig.BURTimeouts);
var sentStats = GetMetricsStatsSentBackend(httpClientMock);
Assert.AreEqual(0, sentStats.Count);
client.Destroy();
}
}
public void GetTreatment_WithtInputValidation_ReturnsTreatments()
{
// Arrange.
using (var httpClientMock = GetHttpClientMock())
{
var impressionListener = new IntegrationTestsImpressionListener(50);
var configurations = GetConfigurationOptions(httpClientMock?.GetUrl(), impressionListener: impressionListener);
var apikey = "base-apikey2";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
// Act.
var result1 = client.GetTreatment("nico_test", "FACUNDO_TEST");
var result2 = client.GetTreatment(string.Empty, "FACUNDO_TEST");
var result3 = client.GetTreatment("1", string.Empty);
var result4 = client.GetTreatment("24", "Test_Save_1");
// Assert.
Assert.AreEqual("on", result1);
Assert.AreEqual("control", result2);
Assert.AreEqual("control", result3);
Assert.AreEqual("off", result4);
client.Destroy();
// Validate impressions in listener.
Thread.Sleep(2000);
var impressionQueue = impressionListener.GetQueue();
var keyImpressions = impressionQueue.FetchAll();
Assert.AreEqual(2, keyImpressions.Count);
var impression1 = keyImpressions
.Where(ki => ki.feature.Equals("FACUNDO_TEST"))
.Where(ki => ki.keyName.Equals("nico_test"))
.FirstOrDefault();
var impression2 = keyImpressions
.Where(ki => ki.feature.Equals("Test_Save_1"))
.Where(ki => ki.keyName.Equals("24"))
.FirstOrDefault();
AssertImpression(impression1, 1506703262916, "FACUNDO_TEST", "nico_test", "whitelisted", "on");
AssertImpression(impression2, 1503956389520, "Test_Save_1", "24", "in segment all", "off");
//Validate impressions sent to the be.
AssertSentImpressions(2, httpClientMock, impression1, impression2);
client.Destroy();
}
}
protected override ConfigurationOptions GetConfigurationOptions(HttpClientMock httpClientMock = null, int?eventsPushRate = null, int?eventsQueueSize = null, int?featuresRefreshRate = null, bool?ipAddressesEnabled = null)
{
_impressionListener = new IntegrationTestsImpressionListener(50);
return(new ConfigurationOptions
{
Endpoint = $"http://localhost:{httpClientMock.GetPort()}",
EventsEndpoint = $"http://localhost:{httpClientMock.GetPort()}",
ReadTimeout = 20000,
ConnectionTimeout = 20000,
ImpressionListener = _impressionListener,
FeaturesRefreshRate = featuresRefreshRate ?? 1,
SegmentsRefreshRate = 1,
ImpressionsRefreshRate = 1,
MetricsRefreshRate = 1,
EventsPushRate = eventsPushRate ?? 1,
EventsQueueSize = eventsQueueSize,
IPAddressesEnabled = ipAddressesEnabled
});
}
