private void btnBaslat_Click(object sender, EventArgs e) { lbSinyaller.Items.Clear(); lbHatalar.Items.Clear(); label_BinanceListelenenCoinAdet.Yazdir(string.Empty); lbIslenenCoinAdet.Yazdir(string.Empty); Task.Run(() => { using (var binanceClient = new BinanceClient()) { var data = binanceClient.GetAllPrices().Data; var enumerable = data.Where(x => x.Symbol.EndsWith("BTC")) .Select(x => x.Symbol = x.Symbol.Replace("BTC", "")).ToList(); label_BinanceListelenenCoinAdet.Yazdir(enumerable.Count().ToString()); enumerable .AsParallel() .WithExecutionMode(ParallelExecutionMode.ForceParallelism) .ForAll(_analizEt); } }).ContinueWith(t => { if (File.Exists(_dosyaAdi)) { File.Delete(_dosyaAdi); } if (!_kayitlar.Any()) { MessageBox.Show("Kayit Yok!"); } File.WriteAllBytes(_dosyaAdi, _kayitlar.Serialize()); MessageBox.Show("Kaydedildi"); }); lbSinyalAdet.Yazdir(_kayitlar.Count().ToString()); }
static void Main(string[] args) { var personsWithKnownTypes = new Dictionary <string, Address>(); personsWithKnownTypes.Add("John Smith", new Address { Country = "US", City = "New York" }); personsWithKnownTypes.Add("Jean Martin", new Address { Country = "France", City = "Paris" }); // no need to provide known types to the serializer var serializedPersons1 = personsWithKnownTypes.Serialize(null); var deserializedPersons1 = serializedPersons1.Deserialize <Dictionary <string, Address> >(null); var personsWithoutKnownTypes = new Dictionary <string, object>(); personsWithoutKnownTypes.Add("John Smith", new Address { Country = "US", City = "New York" }); personsWithoutKnownTypes.Add("Jean Martin", new CodedAddress { CountryCode = 33, CityCode = 75 }); // must provide known types to the serializer var knownTypes = new List <Type> { typeof(Address), typeof(CodedAddress) }; var serializedPersons2 = personsWithoutKnownTypes.Serialize(knownTypes); var deserializedPersons2 = serializedPersons2.Deserialize <Dictionary <string, object> >(knownTypes); }
public async Task It_should_update_null_field() { Dictionary <string, object> testEntityV1 = new Dictionary <string, object> { { "nullProp", null }, { "EntityName", "checkNull" } }; using TestServer server = TestServer(UserRole.Administrator); using HttpClient client = server.CreateHttpClient(); HttpResponseMessage result = await client.PostAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/nullField", testEntityV1.Serialize()); Assert.Equal(HttpStatusCode.OK, result.StatusCode); Dictionary <string, object> testEntityV2 = new Dictionary <string, object> { { "nullProp", "notnull" }, { "EntityName", "checkNull" } }; HttpResponseMessage ver1Json = await client.PatchAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/nullField", testEntityV2.Serialize()); Assert.Equal(HttpStatusCode.OK, ver1Json.StatusCode); HttpResponseMessage configFound = await client.GetAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/nullField/json"); Assert.Equal(HttpStatusCode.OK, configFound.StatusCode); dynamic ver1Data = configFound.Deserialize <dynamic>(); Assert.Equal(ver1Data.nullProp, testEntityV2["nullProp"]); Assert.Equal(ver1Data.EntityName, testEntityV2["EntityName"]); }
public override IValue Serialize() => #pragma warning disable LAA1002 new Dictionary(new Dictionary <IKey, IValue> { [(Text)"id"] = id.Serialize(), [(Text)"cost"] = cost.Serialize(), }.Union((Dictionary)base.Serialize()));
public override IValue Serialize() => #pragma warning disable LAA1002 new Bencodex.Types.Dictionary(new Dictionary <IKey, IValue> { [(Text)"materials"] = materials.Serialize(), [(Text)"id"] = id.Serialize(), }.Union((Bencodex.Types.Dictionary)base.Serialize()));
public ActionResult ProcessSelectShop(FormCollection collection) { var name = collection["name"]; var shopid = collection["shopid"].TryTo(0); var ischeck = collection["ischeck"].TryTo(false); var all = collection["all"]; var r = new Dictionary <int, string>(); if (!all.IsEmpty()) { r = all.Deserialize <Dictionary <int, string> >(); } if (ischeck && !r.ContainsKey(shopid)) { r.Add(shopid, name); } if (!ischeck) { r.Remove(shopid); } return(Content(r.Serialize())); }
public async Task PingBackAsync(PingBackRequest request) { var queryString = new Dictionary <string, string> { { "item_id", request.ItemId.ToString() }, { "location_id", request.LocationId }, { "play_datetime", request.PlayDateTime.ToString("O") }, { "duration", request.Duration.TotalSeconds.ToString("F") }, }; var uriBuilder = new UriBuilder { Path = Routes.PingBack, Query = queryString.Serialize() }; var response = await HttpClient.GetAsync <JToken>(uriBuilder.Uri.PathAndQuery) .ConfigureAwait(false); if (response.IsSuccess) { return; } throw response.Exception; }
/// <summary> /// Pull Creative to be shown /// </summary> /// <param name="exportId">The export id in string lch-id format</param> /// <param name="locationId">The digital display id that you are fetching for</param> /// <returns>List of lucit locations or empty list if something went wrong</returns> public async Task <List <LucitLocation> > GetCreativeAsync(string exportId, string locationId = null) { var queryString = new Dictionary <string, string> { { "location_id", locationId } }; var uriBuilder = new UriBuilder { Path = Routes.Creatives(exportId), Query = queryString.Serialize() }; var response = await HttpClient.GetAsync <JObject>(uriBuilder.Uri.PathAndQuery) .ConfigureAwait(false); var responseObject = response.Data; if (!response.IsSuccess) { throw response.Exception; } return(responseObject?["lucit_layout_drive"]?["item_sets"]?.ToObject <List <LucitLocation> >() ?? new List <LucitLocation>()); }
public async Task SubmitPlayAsync(SubmitPlayRequest request) { var queryString = new Dictionary <string, string> { { "creative_id", request.CreativeId }, { "lucit_layout_digital_board_id", request.DigitalBoardId.ToString() }, { "play_datetime", request.PlayDateTime.ToString("O") }, { "duration", request.Duration.TotalSeconds.ToString("F") }, }; var uriBuilder = new UriBuilder { Path = Routes.Play, Query = queryString.Serialize() }; var response = await HttpClient.GetAsync <JToken>(uriBuilder.Uri.PathAndQuery) .ConfigureAwait(false); if (response.IsSuccess) { return; } throw response.Exception; }
public async Task It_should_update_type_field() { Dictionary <string, object> testEntityV1 = new Dictionary <string, object> { { "var", 123 }, { "EntityName", "DateTimeOffset" } }; using TestServer server = TestServer(UserRole.Administrator); using HttpClient client = server.CreateHttpClient(); HttpResponseMessage result = await client.PostAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/typeUpdate", testEntityV1.Serialize()); Assert.Equal(HttpStatusCode.OK, result.StatusCode); Dictionary <string, object> testEntityV2 = new Dictionary <string, object> { { "var", DateTime.Now }, { "EntityName", "DateTime" } }; HttpResponseMessage ver1Json = await client.PatchAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/typeUpdate", testEntityV2.Serialize()); Assert.Equal(HttpStatusCode.OK, ver1Json.StatusCode); HttpResponseMessage configFound = await client.GetAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/typeUpdate/JsonRefresh"); Assert.Equal(HttpStatusCode.OK, configFound.StatusCode); dynamic ver1Data = configFound.Deserialize <dynamic>(); Assert.Equal(ver1Data.var, testEntityV2["var"]); Assert.Equal(ver1Data.EntityName, testEntityV2["EntityName"]); }
public static void SaveEnvironmentConfigs(Dictionary <string, string> configs) { string fileName = Path.Combine(AppDomain.CurrentDomain.BaseDirectory, Constants.EnvironmentVariablesFileName); StreamWriter sw = new StreamWriter(fileName); sw.Write(configs.Serialize()); sw.Close(); }
private byte[] generateRequestInFlightCacaheDataSerialized(ActionExecutingContext context) { Dictionary <string, object> cacheData = new Dictionary <string, object>(); cacheData.Add("Request.Inflight", new RequestinFlightPlaceHolder()); return(cacheData.Serialize()); }
public override IValue Serialize() => new Dictionary(new Dictionary <IKey, IValue> { [(Text)"materials"] = materials.Serialize(), [(Text)"id"] = id.Serialize(), [(Text)"gold"] = gold.Serialize(), [(Text)"actionPoint"] = actionPoint.Serialize(), [(Text)"recipeId"] = recipeId.Serialize(), [(Text)"subRecipeId"] = subRecipeId.Serialize(), }.Union((Dictionary)base.Serialize()));
static void Main(string[] args) { List <string> level1 = new List <string> { "Hey", "I am", "Level One", }; var lstSeri = level1.Serialize(); var lvl1de = lstSeri.DeSerialize <string>(); lvl1de.DoSerializion(); //Let's create a dummy dictionary with some entities Dictionary <string, string> myDictionary = new Dictionary <string, string>(); myDictionary["HalloWelt"] = "lola"; myDictionary["HalloWelt1"] = "lola2"; //Serialize the dictionary to a byte array var serialized = myDictionary.Serialize(); //Deserialize that byte array to a dictionary<string,string> var deseri = serialized.DeSerialize <string, string>(); Console.WriteLine(deseri["HalloWelt"]); //Same, but not as pretty as the previous example serialized = DictionarySerializer <string, string> .Serialize(myDictionary); deseri = DictionarySerializer <string, string> .Deserialize(serialized); var myDictionary1 = new Dictionary <string, Dictionary <string, string> > { ["HalloWelt"] = new Dictionary <string, string> { ["a"] = "b", ["c"] = "ba", ["d"] = "bs", ["e"] = "bfa", }, ["HalloWelt1"] = new Dictionary <string, string> { ["xa"] = "xb", ["xc"] = "xba", ["xd"] = "xbs", ["xe"] = "xbfa", }, }; serialized = myDictionary1.Serialize(); var deserialized = serialized.DeSerialize <string, Dictionary <string, Dictionary <string, int> > >(); Console.ReadLine(); }
public void SetOverrides(Dictionary <string, bool> overrides) { var context = GetCurrentContext(); var cookie = new HttpCookie(CookieName, overrides.Serialize().Encrypt()) { HttpOnly = true }; context.Response.Cookies.Add(cookie); }
public void SerializeTest() { Dictionary <string, string> dict = new Dictionary <string, string>(); dict["asd"] = "dsa"; string str = dict.Serialize(); string str_inline = dict.SerializeInline(); byte[] bytes = dict.SerializeAsBytes(); str.Deserialize <Dictionary <string, string> >(); bytes.Deserialize <Dictionary <string, string> >(); }
public void CanSerialize_AndDeserialize_Dictionary() { var dict = new Dictionary <string, bool> { { "key1", true }, { "key2", false }, { "key3", true } }; var output = dict.Serialize().Deserialize <IDictionary <string, bool> >(); Assert.AreEqual(3, output.Count); }
private void Save() { lock (_preferences) { if (File.Exists(_path)) { File.Delete(_path); } string serialized = _preferences.Serialize(); File.WriteAllText(_path, serialized); } }
public void GetOverrides_GivenGoodCookie_ReturnsOverrides() { var request = Substitute.For <HttpRequestBase>(); request.Cookies.Returns(new HttpCookieCollection { new HttpCookie(CookieOverrideProvider.CookieName, _validOverrides.Serialize().Encrypt()) }); _context.Request.Returns(request); var overrides = _provider.GetOverrides(); ValidateOverrides(overrides); }
public static void SaveMessages(Dictionary <Address, Message> d) { Dictionary <string, Message> s = new Dictionary <string, Message>(); foreach (KeyValuePair <Address, Message> kvp in d) { s.Add(kvp.Key.FormattedAddress, kvp.Value); } if (!File.Exists("SavedMessages.hm")) { File.Create("SavedMessages.hm"); } File.WriteAllBytes("SavedMessages.hm", s.Serialize()); }
private void button_Kaydet_Click(object sender, EventArgs e) { var dosyaAdi = "kayitlar.binary"; if (File.Exists(dosyaAdi)) { File.Delete(dosyaAdi); } if (!kayitlar.Any()) { MessageBox.Show("Kayit Yok!"); } File.WriteAllBytes(dosyaAdi, kayitlar.Serialize()); MessageBox.Show("Kaydedildi"); }
/// <summary> /// /// </summary> /// <returns></returns> public override string ToString() { if (!string.IsNullOrWhiteSpace(Raw)) { return(Raw); } var dict = new Dictionary <string, object>(); if (Type == MessageType.Notification) { dict.Add(alert, AlertStr); if (Badge != 0) { dict.Add(badge, Badge); } if (Sound.Length != 0) { dict.Add(sound, Sound); } if (Category.Length != 0) { dict.Add(category, Category); } } else if (Type == MessageType.Message) { dict.Add("content-available", 1); } else { throw new ArgumentOutOfRangeException(nameof(Type)); } dict = new Dictionary <string, object> { { accept_time, AcceptTimes }, { aps, dict }, { "custom", Custom } }; return(dict.Serialize()); }
public void SerializeCache(string fileName) { lock (_cacheLock) lock (_ratingsToSend) { File.Delete(fileName); _cashe.WriteXml(fileName); var sendCasheName = fileName + ".out"; File.Delete(sendCasheName); if (_ratingsToSend.Any()) { using (var writer = new StringWriter(CultureInfo.InvariantCulture)) { _ratingsToSend.Serialize(writer); File.WriteAllText(sendCasheName, writer.GetStringBuilder().ToString(), Encoding.Unicode); } } } }
public async Task It_should_update_array_field() { Dictionary <string, object> testEntityV1 = new Dictionary <string, object> { { "Array", new[] { "str1", "str2" } }, { "EntityName", "array" } }; using TestServer server = TestServer(UserRole.Administrator); using HttpClient client = server.CreateHttpClient(); HttpResponseMessage result = await client.PostAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/arrayUpdate", testEntityV1.Serialize()); Assert.Equal(HttpStatusCode.OK, result.StatusCode); Dictionary <string, object> testEntityV2 = new Dictionary <string, object> { { "Array", new[] { "stru1", "stru2" } }, { "EntityName", "array2" } }; HttpResponseMessage ver1Json = await client.PatchAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/arrayUpdate", testEntityV2.Serialize()); Assert.Equal(HttpStatusCode.OK, ver1Json.StatusCode); HttpResponseMessage configFound = await client.GetAsync( $"features/application/{_env2.Application.Code}/environment/{_env2.Code}/config/arrayUpdate/json"); Assert.Equal(HttpStatusCode.OK, configFound.StatusCode); dynamic ver1Data = configFound.Deserialize <dynamic>(); Assert.Equal(ver1Data.Array, testEntityV2["Array"]); Assert.Equal(ver1Data.EntityName, testEntityV2["EntityName"]); }
/// <summary> /// /// </summary> /// <returns></returns> public override string ToString() { if (!string.IsNullOrWhiteSpace(Raw)) { return(Raw); } var dict = new Dictionary <string, object> { { title, Title }, { content, Content }, { accept_time, AcceptTimes }, { custom_content, Custom } }; if (Type == MessageType.Notification) { if (Style != null) { dict.Add(builder_id, Style.BuilderId); dict.Add(ring, Style.Ring); dict.Add(vibrate, Style.Vibrate); dict.Add(clearable, Style.Clearable); dict.Add(n_id, Style.NId); dict.Add(ring_raw, Style.RingRaw); dict.Add(lights, Style.Lights); dict.Add(icon_type, Style.IconType); dict.Add(icon_res, Style.IconRes); dict.Add(style_id, Style.StyleId); dict.Add(small_icon, Style.SmallIcon); } dict.Add(action, Action.toJson()); } return(dict.Serialize()); }
public ActionResult ProcessSelectShop(FormCollection collection) { var name = collection["name"]; var shopid = collection["shopid"].TryTo(0); var ischeck = collection["ischeck"].TryTo(false); var all = collection["all"]; var r = new Dictionary<int, string>(); if (!all.IsEmpty()) { r = all.Deserialize<Dictionary<int, string>>(); } if (ischeck && !r.ContainsKey(shopid)) { r.Add(shopid, name); } if (!ischeck) { r.Remove(shopid); } return Content(r.Serialize()); }
private static int Main(string[] args) { if (args.Length < 1) { Console.WriteLine("To run this program you need a copy of the PASCAL VOC2012 dataset."); Console.WriteLine(); Console.WriteLine("You call this program like this: "); Console.WriteLine("./dnn_instance_segmentation_train_ex /path/to/VOC2012 [det-minibatch-size] [seg-minibatch-size] [class-1] [class-2] [class-3] ..."); return(1); } try { Console.WriteLine("\nSCANNING PASCAL VOC2012 DATASET"); Console.WriteLine(); var listing = PascalVOC2012.GetPascalVoc2012TrainListing(args[0]).ToArray(); Console.WriteLine($"images in entire dataset: {listing.Length}"); if (listing.Length == 0) { Console.WriteLine("Didn't find the VOC2012 dataset. "); return(1); } // mini-batches smaller than the default can be used with GPUs having less memory var argc = args.Length; var detMiniBatchSize = argc >= 2 ? int.Parse(args[1]) : 35; var segMiniBatchSize = argc >= 3 ? int.Parse(args[2]) : 100; Console.WriteLine($"det mini-batch size: {detMiniBatchSize}"); Console.WriteLine($"seg mini-batch size: {segMiniBatchSize}"); var desiredClassLabels = new List <string>(); for (var arg = 3; arg < argc; ++arg) { desiredClassLabels.Add(args[arg]); } if (!desiredClassLabels.Any()) { desiredClassLabels.Add("bicycle"); desiredClassLabels.Add("car"); desiredClassLabels.Add("cat"); } Console.Write("desired classlabels:"); foreach (var desiredClassLabel in desiredClassLabels) { Console.Write($" {desiredClassLabel}"); } Console.WriteLine(); // extract the MMOD rects Console.Write("\nExtracting all truth instances..."); var truthInstances = LoadAllTruthInstances(listing); Console.WriteLine(" Done!"); Console.WriteLine(); if (listing.Length != truthInstances.Count) { throw new ApplicationException(); } var originalTruthImages = new List <TruthImage>(); for (int i = 0, end = listing.Length; i < end; ++i) { originalTruthImages.Add(new TruthImage { Info = listing[i], TruthInstances = truthInstances[i] }); } var truthImagesFilteredByClass = FilterBasedOnClassLabel(originalTruthImages, desiredClassLabels); Console.WriteLine($"images in dataset filtered by class: {truthImagesFilteredByClass.Count}"); IgnoreSomeTruthBoxes(truthImagesFilteredByClass); var truthImages = FilterImagesWithNoTruth(truthImagesFilteredByClass); Console.WriteLine($"images in dataset after ignoring some truth boxes: {truthImages.Count}"); // First train an object detector network (loss_mmod). Console.WriteLine("\nTraining detector network:"); var detNet = TrainDetectionNetwork(truthImages, (uint)detMiniBatchSize); // Then train mask predictors (segmentation). var segNetsByClass = new Dictionary <string, LossMulticlassLogPerPixel>(); // This flag controls if a separate mask predictor is trained for each class. // Note that it would also be possible to train a separate mask predictor for // class groups, each containing somehow similar classes -- for example, one // mask predictor for cars and buses, another for cats and dogs, and so on. const bool separateSegNetForEachClass = true; if (separateSegNetForEachClass) { foreach (var classLabel in desiredClassLabels) { // Consider only the truth images belonging to this class. var classImages = FilterBasedOnClassLabel(truthImages, new[] { classLabel }); Console.WriteLine($"\nTraining segmentation network for class {classLabel}:"); segNetsByClass[classLabel] = TrainSegmentationNetwork(classImages, (uint)segMiniBatchSize, classLabel); } } else { Console.WriteLine("Training a single segmentation network:"); segNetsByClass[""] = TrainSegmentationNetwork(truthImages, (uint)segMiniBatchSize, ""); } Console.WriteLine("Saving networks"); using (var proxy = new ProxySerialize(InstanceSegmentationNetFilename)) { LossMmod.Serialize(proxy, detNet); segNetsByClass.Serialize(proxy, 4); } } catch (Exception e) { Console.WriteLine(e); } return(0); }
private byte[] generateCacheData(ResultExecutedContext context) { Dictionary <string, object> cacheData = new Dictionary <string, object>(); // Cache Request params: cacheData.Add("Request.Method", context.HttpContext.Request.Method); cacheData.Add("Request.Path", context.HttpContext.Request.Path.HasValue ? context.HttpContext.Request.Path.Value : string.Empty); cacheData.Add("Request.QueryString", context.HttpContext.Request.QueryString.ToUriComponent()); cacheData.Add("Request.DataHash", getRequestsDataHash(context.HttpContext.Request)); //Cache Response params: cacheData.Add("Response.StatusCode", context.HttpContext.Response.StatusCode); cacheData.Add("Response.ContentType", context.HttpContext.Response.ContentType); Dictionary <string, List <string> > Headers = context.HttpContext.Response.Headers.ToDictionary(h => h.Key, h => h.Value.ToList()); cacheData.Add("Response.Headers", Headers); // 2019-07-05: Response.Body cannot be accessed because its not yet created. // We are saving the Context.Result, because based on this the Response.Body is created. Dictionary <string, object> resultObjects = new Dictionary <string, object>(); var contextResult = context.Result; resultObjects.Add("ResultType", contextResult.GetType().AssemblyQualifiedName); if (contextResult is CreatedAtRouteResult route) { //CreatedAtRouteResult.CreatedAtRouteResult(string routeName, object routeValues, object value) resultObjects.Add("ResultValue", route.Value); resultObjects.Add("ResultRouteName", route.RouteName); Dictionary <string, string> RouteValues = route.RouteValues.ToDictionary(r => r.Key, r => r.Value.ToString()); resultObjects.Add("ResultRouteValues", RouteValues); } else if (contextResult is ObjectResult objectResult) { if (objectResult.Value.isAnonymousType()) { resultObjects.Add("ResultValue", Utils.AnonymousObjectToDictionary(objectResult.Value, Convert.ToString)); } else { resultObjects.Add("ResultValue", objectResult.Value); } } else if (contextResult is StatusCodeResult || contextResult is ActionResult) { // Known types that do not need additional data } else { throw new NotImplementedException($"ApplyPostIdempotency.generateCacheData is not implement for IActionResult type {contextResult.GetType().ToString()}"); } cacheData.Add("Context.Result", resultObjects); // Serialize & Compress data: return(cacheData.Serialize()); }
private TestProcess StartProcess(string executable, Dictionary<string, string> args, Action<int, string, Action<string>, Action> onMessage) { var process = new Process { StartInfo = new ProcessStartInfo(string.Format(@"{0}\{1}.{0}.exe", executable, TestGroup)) { UseShellExecute = false, RedirectStandardOutput = true, CreateNoWindow = true, RedirectStandardInput = true, Arguments = args != null ? args.Serialize() : "" } }; ManualResetEventSlim doneEvent = new ManualResetEventSlim(false); process.OutputDataReceived += (sender, eventArgs) => { Trace.WriteLine(executable + ": " + eventArgs.Data); onMessage(process.Id, eventArgs.Data, response => { process.StandardInput.WriteLine(response); process.StandardInput.Flush(); }, () => doneEvent.Set() ); }; process.Start(); process.BeginOutputReadLine(); return new TestProcess(process, doneEvent); }
public void SerializeTest() { Dictionary<string, string> dict = new Dictionary<string, string>(); dict["asd"] = "dsa"; string str = dict.Serialize(); string str_inline = dict.SerializeInline(); byte[] bytes = dict.SerializeAsBytes(); str.Deserialize<Dictionary<string, string>>(); bytes.Deserialize<Dictionary<string, string>>(); }
public static JSONNode ToJSON(this Dictionary <string, object> source) { return(JSON.Parse(source.Serialize())); }
private void Pack() { _bytes = _headers.Serialize(); _needsPackaging = false; }
public virtual string Save <Key, Value>(string name, Dictionary <Key, Value> value) { return(this.Format(name, value.Serialize(this.SeparatorItem(), this.ChangesOnly()))); }