public void AnonymousFalseIsSerializedAsFalse()
{
var user = User.Builder(key).Anonymous(false).Build();
var expected = $"{{\"key\":\"{key}\",\"anonymous\":false}}";
TestUtil.AssertJsonEquals(expected, LdJsonSerialization.SerializeObject(user));
}
public void CustomAttributesAndPrivateAttributesOmittedIfEmpty()
{
var user = User.WithKey(key);
var expected = $"{{\"key\":\"{key}\"}}";
TestUtil.AssertJsonEquals(expected, LdJsonSerialization.SerializeObject(user));
}
public void AllFlagsStateReturnsStateWithReasons()
{
var flag1 = new FeatureFlagBuilder("key1").Version(100)
.OffVariation(0).Variations(LdValue.Of("value1"))
.Build();
var flag2 = new FeatureFlagBuilder("key2").Version(200)
.OffVariation(1).Variations(LdValue.Of("x"), LdValue.Of("value2"))
.TrackEvents(true).DebugEventsUntilDate(UnixMillisecondTime.OfMillis(1000))
.Build();
testData.UsePreconfiguredFlag(flag1);
testData.UsePreconfiguredFlag(flag2);
var state = client.AllFlagsState(user, FlagsStateOption.WithReasons);
Assert.True(state.Valid);
var expectedString = @"{""key1"":""value1"",""key2"":""value2"",
""$flagsState"":{
""key1"":{
""variation"":0,""version"":100,""reason"":{""kind"":""OFF""}
},""key2"":{
""variation"":1,""version"":200,""reason"":{""kind"":""OFF""},""trackEvents"":true,""debugEventsUntilDate"":1000
}
},
""$valid"":true
}";
var actualString = LdJsonSerialization.SerializeObject(state);
AssertHelpers.JsonEqual(expectedString, actualString);
}
public void CanSerializeStringProperty(StringPropertyDesc p)
{
var value = "x";
var user = p.Setter(User.Builder(key))(value).Build();
var json = LdValue.Parse(LdJsonSerialization.SerializeObject(user));
Assert.Equal(LdValue.Of(value), json.Get(p.Name));
}
public void SerializeUser()
{
var user = User.Builder("user-key")
.FirstName("Lucy").LastName("Cat").Build();
AssertJsonEqual(LdJsonSerialization.SerializeObject(user),
DataModelSerialization.SerializeUser(user));
}
public void CustomAttributesAreSerialized()
{
LdValue value1 = LdValue.Of("hi");
LdValue value2 = LdValue.Of(2);
var user = User.Builder(key).Custom("name1", value1).Custom("name2", value2).Build();
var json = LdValue.Parse(LdJsonSerialization.SerializeObject(user));
Assert.Equal(LdValue.Of("hi"), json.Get("custom").Get("name1"));
Assert.Equal(LdValue.Of(2), json.Get("custom").Get("name2"));
}
public void CanDeserializeFromJson()
{
var state = FeatureFlagsState.Builder(FlagsStateOption.WithReasons)
.AddFlag("key1", LdValue.Of("value1"), 0, EvaluationReason.OffReason, 100, false, null)
.AddFlag("key2", LdValue.Of("value2"), 1, EvaluationReason.FallthroughReason, 200, true, UnixMillisecondTime.OfMillis(1000))
.Build();
var jsonString = LdJsonSerialization.SerializeObject(state);
var state1 = LdJsonSerialization.DeserializeObject <FeatureFlagsState>(jsonString);
Assert.Equal(state, state1);
}
private void VerifySerializeAndParse(LdValue value, string expectedJson)
{
var json1 = LdJsonSerialization.SerializeObject(value);
var json2 = value.ToJsonString();
Assert.Equal(expectedJson, json1);
Assert.Equal(json1, json2);
var parsed1 = LdJsonSerialization.DeserializeObject <LdValue>(expectedJson);
var parsed2 = LdValue.Parse(expectedJson);
Assert.Equal(value, parsed1);
Assert.Equal(value, parsed2);
}
private void CheckFeatureOrDebugEvent(string kind, LdValue t, TestFlagProperties f, TestEvalProperties e,
LdValue userJson)
{
Assert.Equal(LdValue.Of(kind), t.Get("kind"));
Assert.Equal(LdValue.Of(e.Timestamp.Value), t.Get("creationDate"));
Assert.Equal(LdValue.Of(f.Key), t.Get("key"));
Assert.Equal(LdValue.Of(f.Version), t.Get("version"));
Assert.Equal(e.Variation.HasValue ? LdValue.Of(e.Variation.Value) : LdValue.Null, t.Get("variation"));
Assert.Equal(e.Value, t.Get("value"));
CheckEventUserOrKey(t, e.User, userJson);
Assert.Equal(e.Reason.HasValue ?
LdValue.Parse(LdJsonSerialization.SerializeObject(e.Reason.Value)) : LdValue.Null,
t.Get("reason"));
}
public void PrivateAttributeNamesAreSerialized()
{
var user = User.Builder(key)
.Name("user-name").AsPrivateAttribute()
.Email("*****@*****.**").AsPrivateAttribute()
.Build();
var json = LdValue.Parse(LdJsonSerialization.SerializeObject(user));
var names = new List <string>(json.Get("privateAttributeNames").AsList(LdValue.Convert.String));
names.Sort();
Assert.Equal(new List <string> {
"email", "name"
}, names);
}
public void ParsePatchData()
{
var flag = new FeatureFlagBuilder("flagkey").Version(2).On(true).Build();
var segment = new SegmentBuilder("segmentkey").Version(3).Included("x").Build();
var flagJson = LdJsonSerialization.SerializeObject(flag);
var segmentJson = LdJsonSerialization.SerializeObject(segment);
var validFlagInput = @"{""path"": ""/flags/flagkey"", ""data"": " + flagJson + "}";
var validFlagResult = StreamProcessorEvents.ParsePatchData(Utf8Bytes(validFlagInput));
Assert.Equal(DataModel.Features, validFlagResult.Kind);
Assert.Equal("flagkey", validFlagResult.Key);
AssertHelpers.DataItemsEqual(DataModel.Features, new ItemDescriptor(flag.Version, flag),
validFlagResult.Item);
var validSegmentInput = @"{""path"": ""/segments/segmentkey"", ""data"": " + segmentJson + "}";
var validSegmentResult = StreamProcessorEvents.ParsePatchData(Utf8Bytes(validSegmentInput));
Assert.Equal(DataModel.Segments, validSegmentResult.Kind);
Assert.Equal("segmentkey", validSegmentResult.Key);
AssertHelpers.DataItemsEqual(DataModel.Segments, new ItemDescriptor(segment.Version, segment),
validSegmentResult.Item);
var validFlagInputWithDataBeforePath = @"{""data"": " + flagJson + @", ""path"": ""/flags/flagkey""}";
var validFlagResultWithDataBeforePath = StreamProcessorEvents.ParsePatchData(Utf8Bytes(validFlagInputWithDataBeforePath));
Assert.Equal(DataModel.Features, validFlagResultWithDataBeforePath.Kind);
Assert.Equal("flagkey", validFlagResultWithDataBeforePath.Key);
AssertHelpers.DataItemsEqual(DataModel.Features, new ItemDescriptor(flag.Version, flag),
validFlagResultWithDataBeforePath.Item);
var inputWithUnrecognizedPath = @"{""path"": ""/cats/lucy"", ""data"": " + flagJson + "}";
var resultWithUnrecognizedPath = StreamProcessorEvents.ParsePatchData(Utf8Bytes(inputWithUnrecognizedPath));
Assert.Null(resultWithUnrecognizedPath.Kind);
Assert.Null(resultWithUnrecognizedPath.Key);
var inputWithMissingPath = @"{""data"": " + flagJson + "}";
Assert.ThrowsAny <JsonReadException>(() => StreamProcessorEvents.ParsePatchData(Utf8Bytes(inputWithMissingPath)));
var inputWithMissingData = @"{""path"": ""/flags/flagkey""}";
Assert.ThrowsAny <JsonReadException>(() => StreamProcessorEvents.ParsePatchData(Utf8Bytes(inputWithMissingData)));
var malformedJsonInput = @"{no";
Assert.ThrowsAny <JsonReadException>(() => StreamProcessorEvents.ParsePatchData(Utf8Bytes(malformedJsonInput)));
}
public void PatchUpdatesSegment()
{
StreamProcessor sp = CreateAndStartProcessor();
SimulateMessageReceived("put", EmptyPutData);
string path = "/segments/" + SEGMENT_KEY;
string data = LdValue.BuildObject()
.Add("path", path)
.Add("data", LdValue.Parse(LdJsonSerialization.SerializeObject(SEGMENT)))
.Build().ToJsonString();
SimulateMessageReceived("patch", data);
AssertSegmentInStore(SEGMENT);
}
public void PutCausesFeatureToBeStored()
{
StreamProcessor sp = CreateAndStartProcessor();
string data = LdValue.BuildObject()
.Add("data", LdValue.BuildObject()
.Add("flags", LdValue.BuildObject()
.Add(FEATURE_KEY, LdValue.Parse(LdJsonSerialization.SerializeObject(FEATURE)))
.Build())
.Add("segments", LdValue.BuildObject().Build())
.Build())
.Build().ToJsonString();
SimulateMessageReceived("put", data);
AssertFeatureInStore(FEATURE);
}
public void PatchUpdatesFeature()
{
StreamProcessor sp = CreateAndStartProcessor();
SimulateMessageReceived("put", EmptyPutData);
string path = "/flags/" + FEATURE_KEY;
string data = LdValue.BuildObject()
.Add("path", path)
.Add("data", LdValue.Parse(LdJsonSerialization.SerializeObject(FEATURE)))
.Build().ToJsonString();
SimulateMessageReceived("patch", data);
AssertFeatureInStore(FEATURE);
}
public void TestBigSegmentsStatusSerializationDeserialization()
{
foreach (var test in new KeyValuePair <BigSegmentsStatus, string>[]
{
new KeyValuePair <BigSegmentsStatus, string>(BigSegmentsStatus.Healthy, "HEALTHY"),
new KeyValuePair <BigSegmentsStatus, string>(BigSegmentsStatus.Stale, "STALE"),
new KeyValuePair <BigSegmentsStatus, string>(BigSegmentsStatus.NotConfigured, "NOT_CONFIGURED"),
new KeyValuePair <BigSegmentsStatus, string>(BigSegmentsStatus.StoreError, "STORE_ERROR"),
})
{
var reason = EvaluationReason.FallthroughReason.WithBigSegmentsStatus(test.Key);
var reasonJson = LdJsonSerialization.SerializeObject(reason);
Assert.Equal(LdValue.Parse(reasonJson).Get("bigSegmentsStatus"), LdValue.Of(test.Value));
var reason1 = LdJsonSerialization.DeserializeObject <EvaluationReason>(reasonJson);
Assert.Equal(test.Key, reason1.BigSegmentsStatus);
}
}
public void TestErrorKindSerializationDeserialization()
{
foreach (var test in new KeyValuePair <EvaluationErrorKind, string>[]
{
new KeyValuePair <EvaluationErrorKind, string>(EvaluationErrorKind.ClientNotReady, "CLIENT_NOT_READY"),
new KeyValuePair <EvaluationErrorKind, string>(EvaluationErrorKind.Exception, "EXCEPTION"),
new KeyValuePair <EvaluationErrorKind, string>(EvaluationErrorKind.FlagNotFound, "FLAG_NOT_FOUND"),
new KeyValuePair <EvaluationErrorKind, string>(EvaluationErrorKind.MalformedFlag, "MALFORMED_FLAG"),
new KeyValuePair <EvaluationErrorKind, string>(EvaluationErrorKind.UserNotSpecified, "USER_NOT_SPECIFIED"),
new KeyValuePair <EvaluationErrorKind, string>(EvaluationErrorKind.WrongType, "WRONG_TYPE"),
})
{
var reason = EvaluationReason.ErrorReason(test.Key);
var reasonJson = LdJsonSerialization.SerializeObject(reason);
Assert.Equal(LdValue.Parse(reasonJson).Get("errorKind"), LdValue.Of(test.Value));
var reason1 = LdJsonSerialization.DeserializeObject <EvaluationReason>(reasonJson);
Assert.Equal(test.Key, reason1.ErrorKind);
}
}
public void CanSerializeToJson()
{
var state = FeatureFlagsState.Builder(FlagsStateOption.WithReasons)
.AddFlag("key1", LdValue.Of("value1"), 0, EvaluationReason.OffReason, 100, false, null)
.AddFlag("key2", LdValue.Of("value2"), 1, EvaluationReason.FallthroughReason, 200, true, UnixMillisecondTime.OfMillis(1000))
.Build();
var expectedString = @"{""key1"":""value1"",""key2"":""value2"",
""$flagsState"":{
""key1"":{
""variation"":0,""version"":100,""reason"":{""kind"":""OFF""}
},""key2"":{
""variation"":1,""version"":200,""reason"":{""kind"":""FALLTHROUGH""},""trackEvents"":true,""debugEventsUntilDate"":1000
}
},
""$valid"":true
}";
var actualString = LdJsonSerialization.SerializeObject(state);
AssertHelpers.JsonEqual(expectedString, actualString);
}
public void RequestHasCorrectUriAndMethodAndBodyInReportMode(
string baseUriExtraPath,
bool withReasons,
string expectedPath,
string expectedQuery
)
{
using (var server = HttpServer.Start(StreamWithEmptyData))
{
var baseUri = new Uri(server.Uri.ToString().TrimEnd('/') + baseUriExtraPath);
using (var dataSource = MakeDataSource(baseUri, simpleUser,
c => c.EvaluationReasons(withReasons)
.Http(Components.HttpConfiguration().UseReport(true))))
{
dataSource.Start();
var req = server.Recorder.RequireRequest();
Assert.Equal(expectedPath, req.Path);
Assert.Equal(expectedQuery, req.Query);
Assert.Equal("REPORT", req.Method);
AssertJsonEqual(LdJsonSerialization.SerializeObject(simpleUser), req.Body);
}
}
}
public async Task GetFlagsUsesCorrectUriAndMethodInReportModeAsync(
string baseUriExtraPath,
bool withReasons,
string expectedPath,
string expectedQuery
)
{
using (var server = HttpServer.Start(Handlers.BodyJson(_allDataJson)))
{
var baseUri = new Uri(server.Uri.ToString().TrimEnd('/') + baseUriExtraPath);
var config = Configuration.Builder(_mobileKey)
.Http(Components.HttpConfiguration().UseReport(true))
.Build();
using (var requestor = new FeatureFlagRequestor(
baseUri,
_user,
withReasons,
new LdClientContext(config).Http,
testLogger))
{
var resp = await requestor.FeatureFlagsAsync();
Assert.Equal(200, resp.statusCode);
Assert.Equal(_allDataJson, resp.jsonResponse);
var req = server.Recorder.RequireRequest();
Assert.Equal("REPORT", req.Method);
Assert.Equal(expectedPath, req.Path);
Assert.Equal(expectedQuery, req.Query);
Assert.Equal(_mobileKey, req.Headers["Authorization"]);
AssertJsonEqual(LdJsonSerialization.SerializeObject(_user),
TestUtil.NormalizeJsonUser(LdValue.Parse(req.Body)));
}
}
}
public void TestUserInequalityWithModifiedBuilder()
{
Func <IUserBuilder, IUserBuilder>[] mods =
{
b => b.Secondary("x"),
b => b.Secondary(null),
b => b.IPAddress("x"),
b => b.IPAddress(null),
b => b.Country("FR"),
b => b.Country(null),
b => b.FirstName("x"),
b => b.FirstName(null),
b => b.LastName("x"),
b => b.LastName(null),
b => b.Name("x"),
b => b.Name(null),
b => b.Avatar("x"),
b => b.Avatar(null),
b => b.Email("x"),
b => b.Email(null),
b => b.Anonymous(true),
b => b.Custom("c3", "v3"),
b => b.Name("n").AsPrivateAttribute(),
b => b.Name("o").AsPrivateAttribute()
};
foreach (var mod in mods)
{
User modUser = mod(User.Builder(UserTest.UserToCopy)).Build();
Assert.False(UserTest.UserToCopy.Equals(modUser),
LdJsonSerialization.SerializeObject(modUser) + " should not equal " +
LdJsonSerialization.SerializeObject(UserTest.UserToCopy));
Assert.False(UserTest.UserToCopy.GetHashCode() == modUser.GetHashCode(),
LdJsonSerialization.SerializeObject(modUser) + " should not have same hashCode as " +
LdJsonSerialization.SerializeObject(UserTest.UserToCopy));
}
}
public void TestReasonSerializationDeserialization()
{
foreach (var test in new ReasonTestCase[]
{
new ReasonTestCase {
Reason = EvaluationReason.OffReason,
JsonString = @"{""kind"":""OFF""}", ExpectedShortString = "OFF"
},
new ReasonTestCase {
Reason = EvaluationReason.FallthroughReason,
JsonString = @"{""kind"":""FALLTHROUGH""}", ExpectedShortString = "FALLTHROUGH"
},
new ReasonTestCase {
Reason = EvaluationReason.FallthroughReason.WithInExperiment(true),
JsonString = @"{""kind"":""FALLTHROUGH"",""inExperiment"":true}",
ExpectedShortString = "FALLTHROUGH"
},
new ReasonTestCase {
Reason = EvaluationReason.FallthroughReason.WithBigSegmentsStatus(BigSegmentsStatus.Healthy),
JsonString = @"{""kind"":""FALLTHROUGH"",""bigSegmentsStatus"":""HEALTHY""}", ExpectedShortString = "FALLTHROUGH"
},
new ReasonTestCase {
Reason = EvaluationReason.FallthroughReason.WithInExperiment(true).WithBigSegmentsStatus(BigSegmentsStatus.Healthy),
JsonString = @"{""kind"":""FALLTHROUGH"",""inExperiment"":true,""bigSegmentsStatus"":""HEALTHY""}",
ExpectedShortString = "FALLTHROUGH"
},
new ReasonTestCase {
Reason = EvaluationReason.TargetMatchReason,
JsonString = @"{""kind"":""TARGET_MATCH""}", ExpectedShortString = "TARGET_MATCH"
},
new ReasonTestCase {
Reason = EvaluationReason.RuleMatchReason(1, "id"),
JsonString = @"{""kind"":""RULE_MATCH"",""ruleIndex"":1,""ruleId"":""id""}",
ExpectedShortString = "RULE_MATCH(1,id)"
},
new ReasonTestCase {
Reason = EvaluationReason.RuleMatchReason(1, "id").WithInExperiment(true),
JsonString = @"{""kind"":""RULE_MATCH"",""ruleIndex"":1,""ruleId"":""id"",""inExperiment"":true}",
ExpectedShortString = "RULE_MATCH(1,id)"
},
new ReasonTestCase {
Reason = EvaluationReason.RuleMatchReason(1, "id").WithBigSegmentsStatus(BigSegmentsStatus.Healthy),
JsonString = @"{""kind"":""RULE_MATCH"",""ruleIndex"":1,""ruleId"":""id"",""bigSegmentsStatus"":""HEALTHY""}",
ExpectedShortString = "RULE_MATCH(1,id)"
},
new ReasonTestCase {
Reason = EvaluationReason.RuleMatchReason(1, "id").WithInExperiment(true).WithBigSegmentsStatus(BigSegmentsStatus.Healthy),
JsonString = @"{""kind"":""RULE_MATCH"",""ruleIndex"":1,""ruleId"":""id"",""inExperiment"":true,""bigSegmentsStatus"":""HEALTHY""}",
ExpectedShortString = "RULE_MATCH(1,id)"
},
new ReasonTestCase {
Reason = EvaluationReason.PrerequisiteFailedReason("key"),
JsonString = @"{""kind"":""PREREQUISITE_FAILED"",""prerequisiteKey"":""key""}",
ExpectedShortString = "PREREQUISITE_FAILED(key)"
},
new ReasonTestCase {
Reason = EvaluationReason.ErrorReason(EvaluationErrorKind.Exception),
JsonString = @"{""kind"":""ERROR"",""errorKind"":""EXCEPTION""}",
ExpectedShortString = "ERROR(EXCEPTION)"
}
})
{
AssertJsonEqual(test.JsonString, LdJsonSerialization.SerializeObject(test.Reason));
Assert.Equal(test.Reason, LdJsonSerialization.DeserializeObject <EvaluationReason>(test.JsonString));
Assert.Equal(test.ExpectedShortString, test.Reason.ToString());
}
}
public void JsonConversion()
{
Assert.Equal("12345", LdJsonSerialization.SerializeObject(UnixMillisecondTime.OfMillis(12345)));
Assert.Equal(UnixMillisecondTime.OfMillis(12345),
LdJsonSerialization.DeserializeObject <UnixMillisecondTime>("12345"));
}
internal static string SerializeFlag(FeatureFlag flag) => LdJsonSerialization.SerializeObject(flag);
public static void UsersEqual(User expected, User actual) =>
AssertJsonEqual(LdJsonSerialization.SerializeObject(expected),
LdJsonSerialization.SerializeObject(actual));
internal static string SerializeUser(User user) => LdJsonSerialization.SerializeObject(user);