Let json = toJson j // Compare it to pure Json.Net. Utf8JsonReader preserves the underlying character representation when parsing a number so you have the advantage over JsonTextReader here, as the latter discards the character representation after recognizing a token as a number. map toJson) :> JToken // Suppose we want to create the following Json object: // // // Then the simplified lightweight Json creation will look like this: let j = JObj [ NewtonSoft Json deserialize decimal numbers with more then 8 decimals. | JObj props -> new JObject( props |> Seq. Uncheck the 'Automatically update this extension' checkbox.
#Newtonsoft json compare install#
Because of this any application, that use Newtonsoft. Double-click on the JsonViewer.vsix file, select a Visual Studio version to install to. You can check out the above example, Step-1: Open any text editor in your system. | JArr items -> new JArray( items |> Seq. Newtonsoft.Json release incompatible versions with same strong name, only changing the File version. | JProp( name, v) -> new JProperty( name, toJson v) :> JToken | JProp( name, ( JProp(_) as v)) -> new JProperty( name, new JObject( toJson v)) :> JToken | JVal of obj let ( !!) ( o : obj) = JVal o let rec toJson = function #if INTERACTIVE #r #endif open Newtonsoft. On the examples the usage of lightweight syntax doesn't give a lot of win but it will be more clearer when it come to more complicated objects. DU Json and toJson function allow to create Json tree and convert it to Json.Net JObject hierarchy.
The common problem with Json.Net is that there's usualy a lot of overhead when creating Json with it as there're a lot of 'new', parentheses, nested objects when we don't need them. There's an easy way to create JSon objects using Newtonsoft's Json.Net.
Like the snippet! Lightweight syntax for creating JSon objects using Newtonsoft's Json.Net
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