public static void Main(string[] args)
{
var localhostFilePath = args[0];
Console.WriteLine($"localhostFilePath: {localhostFilePath}");
var client = new LocalhostClient(localhostFilePath, new NoOpLogger());
var factory = new SplitFactory("localhost", new ConfigurationOptions
{
LocalhostFilePath = localhostFilePath,
Ready = 10000
});
Console.WriteLine();
foreach (var splitName in factory.Manager().SplitNames())
{
Console.WriteLine($"Split: {splitName}");
}
// var client = factory.Client();
var treatment = client.GetTreatment("id", "testing_split_on");
Console.WriteLine();
Console.WriteLine($"Treatment: {treatment}");
}
public void GetTreatment_WithtBUR_ReturnsTimeOutException()
{
// Arrange.
var httpClientMock = GetHttpClientMock();
var configurations = GetConfigurationOptions(httpClientMock);
var apikey = "apikey2";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
// Act.
var exceptionMessage = "";
var isSdkReady = false;
try
{
client.BlockUntilReady(1);
isSdkReady = true;
}
catch (Exception ex)
{
isSdkReady = false;
exceptionMessage = ex.Message;
}
// Assert.
Assert.IsFalse(isSdkReady);
Assert.AreEqual("SDK was not ready in 1 miliseconds", exceptionMessage);
ShutdownServer(httpClientMock);
}
public void CheckingHeaders_WithIPAddressesEnabled_ReturnsWithIpAndName()
{
// Arrange.
var httpClientMock = GetHttpClientMock();
var configurations = GetConfigurationOptions(httpClientMock);
var apikey = "apikey1";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
// Act.
var treatmentResult = client.GetTreatment("nico_test", "FACUNDO_TEST");
// Assert.
Assert.AreEqual("on", treatmentResult);
Thread.Sleep(5000);
var requests = httpClientMock.GetLogs();
foreach (var req in requests)
{
Assert.IsTrue(req
.RequestMessage
.Headers
.Any(h => h.Key.Equals("SplitSDKMachineIP") || h.Key.Equals("SplitSDKMachineName")));
}
ShutdownServer(httpClientMock);
}
public void GetTreatmentWithConfig_WithtBUR_WhenTreatmentDoesntExist_ReturnsControl()
{
// Arrange.
var httpClientMock = GetHttpClientMock();
var configurations = GetConfigurationOptions(httpClientMock);
var apikey = "apikey3";
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 = ((IntegrationTestsImpressionListener)_impressionListener).GetQueue();
var keyImpressions = impressionQueue.FetchAll();
Assert.AreEqual(0, keyImpressions.Count);
//Validate impressions sent to the be.
AssertSentImpressions(0, httpClientMock);
ShutdownServer(httpClientMock);
}
// todo: make this reliable. The problem:
// Sometimes an exception is thrown on client.BlockUntilReady.
// The factory then seems unable to produce a working client
// until the whole process is restarted. A similar thing is seen
// if client.Destroy() is called. Do this, then, as per docs, create a new
// factory and client. This client will _always_ fail on BlockUntilReady
private static ISplitClient ReliablyCreateSplitClient(string apiKey)
{
SplitFactory factory = null;
ISplitClient client = null;
for (var i = 0; i < 5; i++)
{
try
{
if (factory == null)
{
factory = new SplitFactory(apiKey);
}
client = factory.Client();
client.BlockUntilReady(5000);
return(client);
}
catch (Exception e)
{
Console.WriteLine("Creating client failed:");
Console.WriteLine();
Console.WriteLine(e);
Console.WriteLine();
Console.WriteLine("Retrying...");
client?.Destroy();
factory = null;
}
}
throw new Exception("couldn't initialise client after 5 tries");
}
public void GetTreatmentsWithConfig_WithoutBUR_ReturnsControl()
{
// Arrange.
using (var httpClientMock = GetHttpClientMock())
{
var configurations = GetConfigurationOptions(httpClientMock.GetUrl());
var apikey = "apikey4";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
// Act.
var treatmentResults = client.GetTreatmentsWithConfig("nico_test", new List <string> {
"FACUNDO_TEST", "MAURO_TEST"
});
// Assert.
Assert.AreEqual("control", treatmentResults["FACUNDO_TEST"].Treatment);
Assert.AreEqual("control", treatmentResults["MAURO_TEST"].Treatment);
Assert.IsNull(treatmentResults["FACUNDO_TEST"].Config);
Assert.IsNull(treatmentResults["MAURO_TEST"].Config);
client.Destroy();
}
}
public void CheckingMachineIpAndMachineName_WithIPAddressesDisabled_ReturnsNA()
{
// Arrange.
GetHttpClientMock();
var configurations = GetConfigurationOptions(ipAddressesEnabled: false);
var apikey = "apikey1";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
// Act.
var treatmentResult1 = client.GetTreatment("mauro_test", "FACUNDO_TEST");
var treatmentResult2 = client.GetTreatment("nico_test", "FACUNDO_TEST");
var treatmentResult3 = client.GetTreatment("redo_test", "FACUNDO_TEST");
var trackResult1 = client.Track("mauro", "user", "event_type");
var trackResult2 = client.Track("nicolas", "user_2", "event_type_2");
var trackResult3 = client.Track("redo", "user_3", "event_type_3");
// Assert.
Thread.Sleep(1500);
// Impressions
var redisImpressions = _redisAdapter.ListRange("SPLITIO.impressions");
foreach (var item in redisImpressions)
{
var impression = JsonConvert.DeserializeObject <KeyImpressionRedis>(item);
Assert.AreEqual("NA", impression.M.I);
Assert.AreEqual("NA", impression.M.N);
}
// Events
var sdkVersion = string.Empty;
var redisEvents = _redisAdapter.ListRange("SPLITIO.events");
foreach (var item in redisEvents)
{
var eventRedis = JsonConvert.DeserializeObject <EventRedis>(item);
Assert.AreEqual("NA", eventRedis.M.I);
Assert.AreEqual("NA", eventRedis.M.N);
sdkVersion = eventRedis.M.S;
}
// Metrics
var keys = _redisAdapter.Keys($"SPLITIO/{sdkVersion}/*");
foreach (var key in keys)
{
Assert.IsTrue(key.ToString().Contains("/NA/"));
}
ShutdownServer();
}
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 BuildSplitClientWithEmptyApiKeyShouldReturnException()
{
//Arrange
var factory = new SplitFactory(null, null);
//Act
var client = factory.Client();
}
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 GetTreatmentsWithConfig_WithtBUR_ReturnsTreatments()
{
// Arrange.
var httpClientMock = GetHttpClientMock();
var configurations = GetConfigurationOptions(httpClientMock);
var apikey = "apikey3";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
// Act.
var result = client.GetTreatmentsWithConfig("nico_test", new List <string> {
"FACUNDO_TEST", "MAURO_TEST", "Test_Save_1"
});
// Assert.
Assert.AreEqual("on", result["FACUNDO_TEST"].Treatment);
Assert.AreEqual("off", result["MAURO_TEST"].Treatment);
Assert.AreEqual("off", result["Test_Save_1"].Treatment);
Assert.AreEqual("{\"color\":\"green\"}", result["FACUNDO_TEST"].Config);
Assert.AreEqual("{\"version\":\"v1\"}", result["MAURO_TEST"].Config);
Assert.IsNull(result["Test_Save_1"].Config);
// Validate impressions.
Thread.Sleep(2000);
var impressionQueue = ((IntegrationTestsImpressionListener)_impressionListener).GetQueue();
var keyImpressions = impressionQueue.FetchAll();
Assert.AreEqual(3, keyImpressions.Count);
var impression1 = keyImpressions
.Where(ki => ki.feature.Equals("FACUNDO_TEST"))
.Where(ki => ki.keyName.Equals("nico_test"))
.First();
var impression2 = keyImpressions
.Where(ki => ki.feature.Equals("MAURO_TEST"))
.Where(ki => ki.keyName.Equals("nico_test"))
.First();
var impression3 = keyImpressions
.Where(ki => ki.feature.Equals("Test_Save_1"))
.Where(ki => ki.keyName.Equals("nico_test"))
.First();
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");
//Validate impressions sent to the be.
AssertSentImpressions(3, httpClientMock, impression1, impression2, impression3);
ShutdownServer(httpClientMock);
}
public async Task Initialize()
{
ConfigurationOptions config = new ConfigurationOptions();
SplitFactory factory = new SplitFactory(ApiKey, config);
_splitClient = factory.Client();
_splitClient.BlockUntilReady(100000);
await Task.FromResult(0);
}
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();
}
}
private static ISplitClient CreateSplitClient(string apiKey)
{
var factory = new SplitFactory(apiKey);
var client = factory.Client();
client.BlockUntilReady(5000);
return(client);
}
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();
}
}
public void BuildSplitClientShouldReturnClientDestroyed()
{
//Arrange
var options = new ConfigurationOptions();
var factory = new SplitFactory("any", options);
//Act
var client = factory.Client();
client.BlockUntilReady(1000);
}
public void BuildSplitClientWithApiKeyShouldReturnSelfRefreshingSplitClient()
{
//Arrange
var factory = new SplitFactory("any", null);
//Act
var client = factory.Client();
//Assert
Assert.AreEqual(typeof(SelfRefreshingClient), client.GetType());
}
public void BuildSplitClientShouldReturnExceptionIfSdkNotReady()
{
//Arrange
var options = new ConfigurationOptions()
{
Ready = 1
};
var factory = new SplitFactory("any", options);
//Act
var client = factory.Client();
}
public void Track_WithLowQueue_ReturnsTrue()
{
// Arrange.
using (var httpClientMock = GetHttpClientMock())
{
var configurations = GetConfigurationOptions(httpClientMock?.GetUrl(), eventsPushRate: 60, eventsQueueSize: 3);
var properties = new Dictionary <string, object>
{
{ "property_1", 1 },
{ "property_2", 2 }
};
var events = new List <EventBackend>
{
new EventBackend {
Key = "key_1", TrafficTypeName = "traffic_type_1", EventTypeId = "event_type_1", Value = 123, Properties = properties
},
new EventBackend {
Key = "key_2", TrafficTypeName = "traffic_type_2", EventTypeId = "event_type_2", Value = 222
},
new EventBackend {
Key = "key_3", TrafficTypeName = "traffic_type_3", EventTypeId = "event_type_3", Value = 333
},
new EventBackend {
Key = "key_4", TrafficTypeName = "traffic_type_4", EventTypeId = "event_type_4", Value = 444, Properties = properties
},
new EventBackend {
Key = "key_5", TrafficTypeName = "traffic_type_5", EventTypeId = "event_type_5"
}
};
var apikey = "base-apikey20";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
foreach (var _event in events)
{
// Act.
var result = client.Track(_event.Key, _event.TrafficTypeName, _event.EventTypeId, _event.Value, _event.Properties);
// Assert.
Assert.IsTrue(result);
}
//Validate Events sent to the be.
AssertSentEvents(events, httpClientMock, sleepTime: 1000, eventsCount: 3, validateEvents: false);
client.Destroy();
}
}
public void BuildRedisSplitClientAsProducerShouldReturnException()
{
//Arrange
var configurationOptions = new ConfigurationOptions();
configurationOptions.Mode = Mode.Producer;
var factory = new SplitFactory("any", configurationOptions);
//Act
var client = factory.Client();
}
public void BuildRedisSplitClientAsConsumerWithNullRedisConfigShouldReturnException()
{
//Arrange
var configurationOptions = new ConfigurationOptions
{
Mode = Mode.Consumer
};
var factory = new SplitFactory("any", configurationOptions);
//Act
var client = factory.Client();
}
public void ControlMessage_StreamingDisabled()
{
using (var httpClientMock = new HttpClientMock())
{
httpClientMock.SplitChangesSequence("splits_push.json", "-1", "First_Time_2");
httpClientMock.SplitChangesSequence("splits_push2.json", "1585948850109", "First_Time", "splits_push3.json", "1585948850109", "Second_Time");
httpClientMock.SplitChangesSequence("splits_push4.json", "1585948850111", "First_Time_1");
httpClientMock.SegmentChangesOk("-1", "segment4");
httpClientMock.SegmentChangesOk("1470947453878", "segment4", "split_segment4_empty");
httpClientMock.Post_Response("/api/testImpressions/bulk", 200, "ok");
httpClientMock.Post_Response("/api/events/bulk", 200, "ok");
var notification = "d4\r\nevent: message\ndata: {\"id\":\"123\",\"clientId\":\"emptyClientId\",\"timestamp\":1582056812285,\"encoding\":\"json\",\"channel\":\"[?occupancy=metrics.publishers]control_pri\",\"data\":\"{\\\"type\\\":\\\"CONTROL\\\",\\\"controlType\\\":\\\"STREAMING_DISABLED\\\"}\"}\n\n\r\n";
httpClientMock.SSE_Channels_Response_WithPath(EventSourcePath, notification);
var authResponse = new AuthenticationResponse
{
PushEnabled = true,
Token = "eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJ4LWFibHktY2FwYWJpbGl0eSI6IntcInh4eHhfeHh4eF9zZWdtZW50c1wiOltcInN1YnNjcmliZVwiXSxcInh4eHhfeHh4eF9zcGxpdHNcIjpbXCJzdWJzY3JpYmVcIl0sXCJjb250cm9sXCI6W1wic3Vic2NyaWJlXCJdfSJ9"
};
httpClientMock.AuthService_Response(JsonConvert.SerializeObject(authResponse));
var url = httpClientMock.GetUrl();
var config = new ConfigurationOptions
{
Endpoint = url,
EventsEndpoint = url,
FeaturesRefreshRate = 3000,
SegmentsRefreshRate = 3000,
AuthServiceURL = $"{url}/api/auth",
StreamingServiceURL = $"{url}{EventSourcePath}",
StreamingEnabled = true
};
var apikey = "apikey1";
var splitFactory = new SplitFactory(apikey, config);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
Thread.Sleep(500);
var result = client.GetTreatment("admin", "push_test");
Assert.AreEqual("on", result);
client.Destroy();
}
}
public void BuildRedisSplitClientWithoutAllRequiredConfigsShouldReturnException()
{
//Arrange
var configurationOptions = new ConfigurationOptions();
configurationOptions.Mode = Mode.Consumer;
configurationOptions.CacheAdapterConfig = new CacheAdapterConfigurationOptions();
configurationOptions.CacheAdapterConfig.Host = "local";
var factory = new SplitFactory("any", configurationOptions);
//Act
var client = factory.Client();
}
public void Split_WithLocalhostClient_WhenNameIsTestingSplitWithWl_ReturnsSplit()
{
// Arrange.
var splitViewExpected = new SplitView
{
name = "testing_split_with_wl",
treatments = new List <string> {
"not_in_whitelist"
},
configs = new Dictionary <string, string>
{
{ "not_in_whitelist", "{\"color\": \"green\"}" },
{ "multi_key_wl", "{\"color\": \"brown\"}" }
}
};
var configurationOptions = new ConfigurationOptions
{
LocalhostFilePath = "split.yaml",
Ready = 500
};
_blockUntilReadyService
.Setup(mock => mock.IsSdkReady())
.Returns(true);
var factory = new SplitFactory("localhost", configurationOptions);
var manager = factory.Manager();
manager.BlockUntilReady(1000);
// Act.
var splitViewResult = manager.Split("testing_split_with_wl");
// Assert.
Assert.AreEqual(splitViewExpected.name, splitViewResult.name);
Assert.IsFalse(splitViewResult.killed);
Assert.IsNull(splitViewResult.trafficType);
Assert.AreEqual(splitViewExpected.configs.Count, splitViewResult.configs.Count);
foreach (var config in splitViewExpected.configs)
{
Assert.AreEqual(config.Value, splitViewResult.configs[config.Key]);
}
Assert.AreEqual(splitViewExpected.treatments.Count, splitViewResult.treatments.Count);
foreach (var treatment in splitViewExpected.treatments)
{
Assert.IsNotNull(splitViewResult.treatments.FirstOrDefault(t => t == treatment));
}
}
public void BuildSplitClientWithLocalhostApiKeyShouldReturnLocalhostClient()
{
//Arrange
var options = new ConfigurationOptions {
LocalhostFilePath = $"{rootFilePath}test.splits"
};
var factory = new SplitFactory("localhost", options);
//Act
var client = factory.Client();
//Assert
Assert.AreEqual(typeof(LocalhostClient), client.GetType());
}
public void GetTreatment_SplitKill_ShouldFetch()
{
using (var httpClientMock = new HttpClientMock())
{
httpClientMock.SplitChangesSequence("splits_push.json", "-1", "First_Time_2");
httpClientMock.SplitChangesSequence("splits_push2.json", "1585948850109", "First_Time", "splits_push3.json", "1585948850109", "Second_Time");
httpClientMock.SplitChangesSequence("splits_push4.json", "1585948850111", "First_Time_1");
httpClientMock.SegmentChangesOk("-1", "segment4");
httpClientMock.SegmentChangesOk("1470947453878", "segment4", "split_segment4_empty");
httpClientMock.Post_Response("/api/testImpressions/bulk", 200, "ok");
httpClientMock.Post_Response("/api/events/bulk", 200, "ok");
var notification = "fb\r\nid: 123\nevent: message\ndata: {\"id\":\"1\",\"clientId\":\"emptyClientId\",\"connectionId\":\"1\",\"timestamp\":1582045421733,\"channel\":\"mauroc\",\"data\":\"{\\\"type\\\" : \\\"SPLIT_KILL\\\",\\\"changeNumber\\\": 1585948850111, \\\"defaultTreatment\\\" : \\\"off_kill\\\", \\\"splitName\\\" : \\\"push_test\\\"}\",\"name\":\"asdasd\"}\n\n\r\n";
httpClientMock.SSE_Channels_Response_WithPath(EventSourcePath, notification);
var authResponse = new AuthenticationResponse
{
PushEnabled = true,
Token = "eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJ4LWFibHktY2FwYWJpbGl0eSI6IntcInh4eHhfeHh4eF9zZWdtZW50c1wiOltcInN1YnNjcmliZVwiXSxcInh4eHhfeHh4eF9zcGxpdHNcIjpbXCJzdWJzY3JpYmVcIl0sXCJjb250cm9sXCI6W1wic3Vic2NyaWJlXCJdfSJ9"
};
httpClientMock.AuthService_Response(JsonConvert.SerializeObject(authResponse));
var url = httpClientMock.GetUrl();
var config = new ConfigurationOptions
{
Endpoint = url,
EventsEndpoint = url,
FeaturesRefreshRate = 3000,
SegmentsRefreshRate = 3000,
AuthServiceURL = $"{url}/api/auth",
StreamingServiceURL = $"{url}{EventSourcePath}",
StreamingEnabled = true
};
var apikey = "apikey1";
var splitFactory = new SplitFactory(apikey, config);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
Thread.Sleep(5000);
var result = client.GetTreatment("admin", "push_test");
Assert.AreEqual("after_fetch", result);
client.Destroy();
}
}
public MyAppData()
{
var apikey = "<your API KEY here>";
var configurations = new ConfigurationOptions
{
FeaturesRefreshRate = 20,
SegmentsRefreshRate = 20,
ReadTimeout = 20000,
ConnectionTimeout = 20000
};
var factory = new SplitFactory(apikey, configurations);
_sdk = factory.Client();
}
public ActionResult UploadFile()
{
var config = new ConfigurationOptions();
var factory = new SplitFactory("v0gs87g1pd0frk07c62eqdr1kkhebo05bkne", config);
var splitClient = factory.Client();
try
{
splitClient.BlockUntilReady(10000);
}
catch (Exception)
{
// log & handle
}
var treatment = splitClient.GetTreatment("parth", "weather_feature");
if (treatment == "on")
{
var file = Request.Form.Files[0];
string folderName = "Upload";
string webRootPath = _hostingEnvironment.WebRootPath;
string newPath = Path.Combine(webRootPath, folderName);
if (!Directory.Exists(newPath))
{
Directory.CreateDirectory(newPath);
}
if (file.Length > 0)
{
string fileName = ContentDispositionHeaderValue.Parse(file.ContentDisposition).FileName.Trim('"');
string fullPath = Path.Combine(newPath, fileName);
using (var stream = new FileStream(fullPath, FileMode.Create))
{
file.CopyTo(stream);
}
}
return(Json("Upload Successful."));
}
else if (treatment == "off")
{
return(Json("You do not have permission to upload."));
}
else
{
return(Json("There was error"));
}
}
public void GetTreatments_ValidateDedupeImpressions_Optimized()
{
// Arrange.
var httpClientMock = GetHttpClientMock();
var configurations = GetConfigurationOptions(httpClientMock);
var apikey = "apikey3";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(20000);
// Act.
client.GetTreatmentWithConfig("nico_test", "FACUNDO_TEST");
client.GetTreatmentWithConfig("nico_test", "FACUNDO_TEST");
client.GetTreatmentWithConfig("test", "MAURO_TEST");
client.GetTreatmentWithConfig("mauro", "MAURO_TEST");
client.GetTreatmentWithConfig("mauro", "MAURO_TEST");
client.GetTreatments("admin", new List <string> {
"FACUNDO_TEST", "Test_Save_1"
});
client.GetTreatment("admin", "FACUNDO_TEST");
client.GetTreatment("admin", "Test_Save_1");
client.GetTreatmentsWithConfig("admin", new List <string> {
"FACUNDO_TEST", "MAURO_TEST"
});
client.Destroy();
Thread.Sleep(3000);
// Assert.
var sentImpressions = GetImpressionsSentBackend(httpClientMock);
Assert.AreEqual(3, sentImpressions.Count);
Assert.AreEqual(2, sentImpressions.FirstOrDefault(i => i.F.Equals("FACUNDO_TEST")).I.Count);
Assert.AreEqual(3, sentImpressions.FirstOrDefault(i => i.F.Equals("MAURO_TEST")).I.Count);
Assert.AreEqual(1, sentImpressions.FirstOrDefault(i => i.F.Equals("Test_Save_1")).I.Count);
var impressionCounts = GetImpressionsCountsSentBackend(httpClientMock);
Assert.AreEqual(3, impressionCounts.FirstOrDefault().Pf.Count);
Assert.AreEqual(5, impressionCounts.FirstOrDefault().Pf.FirstOrDefault(i => i.F.Equals("FACUNDO_TEST")).Rc);
Assert.AreEqual(4, impressionCounts.FirstOrDefault().Pf.FirstOrDefault(i => i.F.Equals("MAURO_TEST")).Rc);
Assert.AreEqual(2, impressionCounts.FirstOrDefault().Pf.FirstOrDefault(i => i.F.Equals("Test_Save_1")).Rc);
ShutdownServer(httpClientMock);
}
public void GetTreatments_ValidateDedupeImpressions_Optimized()
{
// Arrange.
using (var httpClientMock = GetHttpClientMock())
{
var configurations = GetConfigurationOptions(httpClientMock.GetUrl());
var apikey = "apikey9";
var splitFactory = new SplitFactory(apikey, configurations);
var client = splitFactory.Client();
client.BlockUntilReady(10000);
// Act.
client.GetTreatmentWithConfig("nico_test", "FACUNDO_TEST");
client.GetTreatmentWithConfig("nico_test", "FACUNDO_TEST");
client.GetTreatmentWithConfig("test", "MAURO_TEST");
client.GetTreatmentWithConfig("mauro", "MAURO_TEST");
client.GetTreatmentWithConfig("mauro", "MAURO_TEST");
client.GetTreatments("admin", new List <string> {
"FACUNDO_TEST", "Test_Save_1"
});
client.GetTreatment("admin", "FACUNDO_TEST");
client.GetTreatment("admin", "Test_Save_1");
client.GetTreatmentsWithConfig("admin", new List <string> {
"FACUNDO_TEST", "MAURO_TEST"
});
client.Destroy();
Thread.Sleep(3000);
// Assert.
var sentImpressions = GetImpressionsSentBackend(httpClientMock);
Assert.AreEqual(3, sentImpressions.Select(x => x.F).Distinct().Count(), "1");
Assert.AreEqual(2, sentImpressions.Where(x => x.F.Equals("FACUNDO_TEST")).Sum(x => x.I.Count), "2");
Assert.AreEqual(3, sentImpressions.Where(x => x.F.Equals("MAURO_TEST")).Sum(x => x.I.Count), "3");
Assert.AreEqual(1, sentImpressions.Where(x => x.F.Equals("Test_Save_1")).Sum(x => x.I.Count), "4");
var impressionCounts = GetImpressionsCountsSentBackend(httpClientMock);
var names = new List <string>();
impressionCounts.ForEach(item => names.AddRange(item.Pf.Select(x => x.F)));
Assert.AreEqual(3, names.Distinct().Count(), "5");
Assert.AreEqual(5, impressionCounts.Sum(x => x.Pf.Where(i => i.F.Equals("FACUNDO_TEST")).Sum(z => z.Rc)), "6");
Assert.AreEqual(4, impressionCounts.Sum(x => x.Pf.Where(i => i.F.Equals("MAURO_TEST")).Sum(z => z.Rc)), "7");
Assert.AreEqual(2, impressionCounts.Sum(x => x.Pf.Where(i => i.F.Equals("Test_Save_1")).Sum(z => z.Rc)), "8");
}
}
