The latter is almost certainly going to be faster, but the former probably has more use cases out there in the wild. I wanted to try and use *both* JSON.NET and Microsoft’s JSON Serializer.I kept everything in memory (I did not write to a file etc).I did not take the JSON string, and convert it into bytes as this would artificially create an overhead when there is no need. Because Protobuf serializes to bytes and JSON to strings, I wanted to leave them like that.There are a couple of notes on the methodology behind this Next, let’s take a look at serializing performance. That’s no surprise, but what about actual performance when working with objects? Serialization Performance So overall, Protobuf has JSON beat when it comes to file size. So half of the benefits of using Protobuf when it comes to size instantly disappears! For now, I’m not going to use the single digit properties going forward because it’s not illustrative of what happens in the real world with JSON, but it’s an interesting little footnote that you can shrink your disk footprint with just this one simple hack that storage providers hate. When running this, our actual comparison table looks like so : Format So now our JSON will be serialized with single digit names as well. To illustrate this, I modified the model to look like so : Here we also discuss the Introduction and how we can create a json object in c#? along with different examples and its code implementation.That last point is important because while Protobuf has other mechanisms keeping the size down, a big part of it is that all property names are serialized as integers rather than their string form. This is a guide to C# Create JSON Object. Each key-value pair in the JSON object is separated by a comma. A key and its value are separated by colon where the key must be string and value can be of any valid data type. JSON objects are enclosed under curly braces and contain key-value pairs. JsonStr = JsonConvert.SerializeObject(student) serializing student object to JSON string Please find below the screenshot of the output from the above program in student.json file opened in notepad.Įxample showing the creation of JSON object using Newtonsoft package. Using (StreamWriter streamWriter = new StreamWriter(filePath, true)) creating StreamWriter to write JSON data to file String filePath = student = new Student(1, "Gaurang", "Pandya", "Thane, Mumbai", 800) NET native library and then writing the resulted JSON data to a file using StreamWriter. StreamReader streamReader = new StreamReader(memoryStream) Įxample showing the creation of JSON object using. New DataContractJsonSerializer(student.GetType()) MemoryStream memoryStream = new MemoryStream() Student student = new Student(1, "Gaurang", "Pandya", "Thane, Mumbai", 800) Public Student(int RollNo, string FirstName, string LastName, Examples of C# Create JSON ObjectĮxample showing the creation of JSON object using. We can now import Newtonsoft.Json namespace in our code which contains a class called JsonConvert which provides methods for conversion between.
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