Webviz subsurface components

webviz_subsurface_components is a Dash/React component library for use in webviz, which have in common that they are geared towards subsurface dashboards. There storybook is available at https://equinor.github.io/webviz-subsurface-components/storybook-static. And the demo of old components is available at https://equinor.github.io/webviz-subsurface-components.

How to install the components

You can quickly get started using the components in Dash by:

1. Run pip install webviz-subsurface-components
2. Run python examples/example_hm.py
3. Visit http://localhost:8050 in your web browser

This project was originally generated by the dash-component-boilerplate. (with some modifications).

If you are only interested in using the JavaScript code in your own JavaScript project, you can install the npmjs deployed version:

npm i @webviz/subsurface-components

How to consume the package in other projects

In order to consume this package via npm in other projects, some loaders for specific file types are required. Your project needs to be able to load css and scss files.

Using Webpack

When using Webpack as a bundler, you can simply add

{
    test: /\.s[ac]ss$/i,
    use: [
        // Creates `style` nodes from JS strings
        "style-loader",
        // Translates CSS into CommonJS
        "css-loader",
        // Compiles Sass to CSS
        "sass-loader",
    ],
}

to the module rules in your webpack.config.js file. Make sure you have the required devDependencies installed:

• style-loader - https://webpack.js.org/loaders/style-loader/
• css-loader - https://www.npmjs.com/package/css-loader
• sass-loader - https://www.npmjs.com/package/sass-loader - requires installation of sass as well

Using Vite

Vite does support both CSS and SCSS/SASS out of the box. You would only need to install sass.

npm i -D sass

How to contribute

Install dependencies

If you want to build and develop yourself, you should fork + clone the repository, and then:

1. Install npm packages

   npm ci --ignore-scripts --prefix ./react
   

2. Run some potentially optional postinstall scripts

   npm run setup-deckgl-types --prefix ./react  # only needed if ignored scripts during install
   npm run copy-package-json --prefix ./react  # only needed if building Dash components
   

3. Install python packages required to build components.

   pip install .[dependencies]
   pip install dash[dev]
   

4. Install the python packages for testing.

   pip install .[tests]
   

Write component code in src/lib/components/<component_name>/<component_name>.jsx

• The demo app is in src/demo and is where you will import an example of your component. To start the existing demo app, run npm start.

• To test your code in a Python environment:

  1. Build your code

     npm run build --prefix ./react
     

  2. Install the Python pacakge in development mode (if not already done and assuming you are using a virtual environment):

     pip install -e .
     

  3. Create a new example in examples/ which uses your new component.

• Write tests for your component.

  • Tests exist in tests/. Take a look at them to see how to write tests using the Dash test framework.
  • Run the tests with pytest tests.

• Add custom styles to your component by putting your custom CSS files into your distribution folder (webviz_subsurface_components).

  • Make sure that they are referenced in MANIFEST.in so that they get properly included when you're ready to publish your component.
  • Make sure the stylesheets are added to the _css_dist dict in webviz_subsurface_components/__init__.py so dash will serve them automatically when the component suite is requested.

• Every file related to the component should be located in the component directory, unless the file is shared between multiple components. For example the file-structure should look something like this:

src
|--lib
    |----<component_name>
        |----components
              |----<sub_component>.ts
        |----utils
        |----<component_name>.tsx
        |----<component_name>.css
        |----index.ts

Automatically upload demo application

This repository has a GitHub workflow which can automatically build and deploy a demo app with your changes, to GitHub pages.

• On push to your feature branch, in your fork, the workflow will build and deploy a demo app to your fork's GitHub page, given that your commit message includes the substring [deploy test].
• On merge to master in the main repository, a build + deploy will be done to the official GitHub page in the main repository.

For this to work in your own fork, you will need to create a branch gh-pages (this you only need to do once). One way of creating this branch is e.g.:

git checkout --orphan gh-pages
git rm -rf .
git commit --allow-empty -m  "Create GitHub pages branch"
git push origin gh-pages

You are encouraged to rebase and squash/fixup unnecessary commits before pull request is merged to master.