design-system | Hack Club 's design system | User Interface library

you can use a hook for initialize your stringVal before the request..

I've had a similar issue when developing a component library using storybook and emotion/styled-components. The issue was that I was using the styled-components' ThemeProvider from the consumer app, as you did in your _app.js. The solution was to create and export a custom ThemeProvider on the component library, using the library's styled-component package, like so:

Unfortunately, standard WPF controls don't provide an "official" way to implement the acrylic and reveal highlight effects.

You can try using third-party libraries for this. For example DevExpress controls, which include both acrylic and reveal highlight features: Fluent Design Support.

The screenshot below illustrates what you can get:

You can download this example at How to Create a Unique Design for a WPF View using Appearance Options.

Another possible solution is to use the FluentWPF package.

After few days of smashing my keyboard with my own head. I've finally got an insight, and decide to further investigate the code of the problematic components (on my local node modules). Of course, these attributes are not expected, because of the version I were installed. So in the end was only a matter of updating the carbon angular components dependecy.

The problem is you arrow function

A very nice question, that shows how different is the concept of creating React Elements to actually executing the render functions (either the .render method of class components or simply the main body of a functional component).

In JSX itself (which is just React.createElement(…)) there‘s no concept of “context” at all. It comes into existance only when the components are rendered. It is indeed a duty of the React Renderer (such as React DOM or React Native) to actually implement Context APIs.

If you remove the ability to store states and to update the UI you are left with a minimal React implementation that only “renders once”, but perfectly fine to understand the problem at hand.

Everytime the React Renderer needs to render a React Elements tree (such as one built with JSX) it passes every single element and transforms it into a DOM structure, but when it encounters a component node (not a “native” element) it needs to render it to obtain its React Element sub tree, and swap the original node with it.

It’s in this specific moment that React can keep track of which Context values to pass to which components, since it is traversing the tree.

So, to answer directly your question, you can’t implement context in the “element creation phase”, inside your JSX implementation, you need to do it in a subsequent phase when you can traverse the tree.

If you were trying to build an “immediate JSX” you probably have something like this:

You're close! JSX.IntrinsicElements is an interface whose keys are the labels of the HTML tags. It itself is not a union of all HTML tags.

That means that all you need to do is

This doesn't necessarily answer your question about getting the pre-processed HTML from ng-content. However this approach can be used to solve your issue about displaying the HTML as an example. You can import the raw html as a string and use it as a variable. What I like to do is then create a component or multiple components that demonstrates usage of some component I'm documenting.

This is kind of a lot, so I put it all in a StackBlitz to try and demonstrate.

Create a file right in the src directory called typings.d.ts that allows us to import html files as text.

I've found out that from the history, there was a change that needs the color.scale property to be specified in the chart options: