![]() In this method, we first convert the JSON strings into JObject objects using JObject.Parse. Var isPlainAndNestedObjectEqual = car3.Properties().All(p => p.Value.Equals(car1)) Var arePlainObjectsEqual = car1.Properties().All(p => p.Value.Equals(car2)) Var car3 = JObject.Parse(NestedJsonString) Var car2 = JObject.Parse(SecondPlainJsonString) Var car1 = JObject.Parse(PlainJsonString) NET/C# content and get paid? > JOIN US! CompareJsonObjectsUsingLinq() Wanna join Code Maze Team, help us produce more awesome. If you need more information on overriding the Equals method, you can find it here. In this case, we override the Object.Equals() method by writing our own custom logic for comparing the objects. Return Name = car.Name & Model = car.Model & Make = car.Make & Price = car.Price If (obj = null || GetType() != obj.GetType()) Before proceeding, let’s modify the Car class by adding this method: public override bool Equals(object obj) Deserializing the JSON strings produces objects with this same schema.Īfter deserializing the objects, we use the Equals() method to compare the objects. In this method, we first deserialize the three JSON strings into Car objects. This is only the main and important part of the implementation. Var car3 = JsonConvert.DeserializeObject(NestedJsonString) Var car2 = JsonConvert.DeserializeObject(SecondPlainJsonString) Var car1 = JsonConvert.DeserializeObject(PlainJsonString) NET/C# content and get paid? > JOIN US! CompareDeserializedJsonObjects() The rest of the implementation can be found here. We declare two variables arePlainObjectsEqual and isPlainAndNestedObjectEqual which we assign the result of the comparison. After that, we use the JToken.DeepEquals method to compare the JToken objects. Then, we convert our JSON strings to JToken objects using the JToken.Parse method. We first initialize an empty dictionary that takes string key-value pairs. Var isPlainAndNestedObjectEqual = JToken.DeepEquals(secondJsonObject, nestedJsonObject) Var arePlainObjectsEqual = JToken.DeepEquals(plainJsonObject, secondJsonObject) Var nestedJsonObject = JToken.Parse(NestedJsonString) Var secondJsonObject = JToken.Parse(SecondPlainJsonString) Var plainJsonObject = JToken.Parse(PlainJsonString) In our JsonComparison class, let’s add a new CompareJsonObjectsUsingDeepEquals() method: public Dictionary CompareJsonObjectsUsingDeepEquals() With this brief explanation, let’s see how we can use this method to compare two JSON objects. If the two objects are equal, the method returns true, otherwise, it returns false. Using this method, we pass two JToken objects as parameters. We use it when comparing two JSON objects, including the deeply nested objects. The JToken.DeepEquals method is part of the Json.NET namespace. Let’s proceed to look at the first approach. We will be using this class to discuss the different approaches to comparing JSON objects. The class has one InitializeData() method, which initializes the three public properties of the class. ![]() NestedJsonString = testData.GenerateNestedJsonString() SecondPlainJsonString = testData.GeneratePlainJsonString() PlainJsonString = testData.GeneratePlainJsonString()
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