json-c | official code repository json-c. See the wiki | JSON Processing library

The problem is that value in media column is string type. You can apply ast.literal_eval to media column to convert it value to python dict.

The data format needs to be converted to a vertical format instead of a horizontal format. The next step is to add an animation frame in the map settings. Specify the name of the week that will become the slider. Since the data is partial, I narrowed down the range to see if it was working correctly.

IMHO there's something substantially wrong with what you're trying to achieve. Serializing the result from your controller method should not contain any logic whatsoever.

Even more, your api should allow content negotiation, where Accept: application/json gives you a json string, and Accept: application/xml gives you an xml string.

Instead you should leverage on Dependency Injection, where you inject MyService in your other service and call myResult.whatever = myService.GetValue() there.

basically you just re-pass the saved result in this case is last_name so..

Consider below approach

Using JSON_VALUE:

While I'd be tempted to not use a force layout for this, I'll work with the code you have here (though the question of the lines connecting the circles to their original location is not addressed here) and quickly address why the circles do not behave as you expect.

A force layout will create the appropriate properties on a node if they don't exist. For position of a node, these properties are d.x and d.y. Your data does not have x or y properties, so when you create the force, the nodes are initialized with values around the origin, [0,0], which is why they migrate to the top left corner. This problem can be solved by creating x and y properties:

There are still some limitations using System.Text.Json - have a look here: https://docs.microsoft.com/en-us/dotnet/standard/serialization/system-text-json-migrate-from-newtonsoft-how-to#table-of-differences-between-newtonsoftjson-and-systemtextjson

Although it has a workaround, Polymorphic serialization and deserialization seem to be one of them.

I think you can only use Newtonsoft.Json on Blazor side.

Always Use the Newtonsoft.Json

If you want to continue to use the Newtonsoft.Json library for all the types, you can set UseHybridSerializer to false in the PreConfigureServices method of your module class:

The serde-json-core crate can deserialize JSON arrays into any type that implements the Deserialize trait. If you want to avoid memory allocations, you need to pick a container that does not allocate.

If the size of the array is known in advance, you can simply use a fixed-sized array, i.e. [T; N]. This will return a deserialization error if the size of JSON array is not exactly N.

If the size of the JSON array is variable with a known upper limit, you can use one of various vector-like stack-allocated datastructures. One such option is the heapless::Vec, which implements Deserialize if you enable the serde feature for heapless. In your Cargo.yaml file, you can do this like this: