rimraf VS cross-env

And npmjs.com will block your IP if you do too many downloads in on day.

Actually is says 86m a week here: https://www.npmjs.com/package/rimraf

Huge thanks to Isaacs! Rimraf comes to the rescue, providing a reliable solution for deep, recursive removal of folders and files. At PURISTA, we rely on rimraf to maintain pristine build output directories.

Avoid platform-specific commands: Avoid using platform-specific commands in your scripts. Use cross-platform tools like Node.js or Bash to ensure that your scripts work on different platforms. For instance, if you want your npm script to remove a certain directory using the rm -rf command, this would work perfectly on a Linux or Mac machine but would error out on Windows. To avoid this, you can use a cross-platform package such as [rimraf](https://www.npmjs.com/package/rimraf).

rimraf

Babel will overwrite but not delete any existing files or directories in the output directory. To be sure the lib folder doesn’t contain old files you can delete it before transpiling. To do this automatically you can install rimraf and add it to the transpile script like this:

Many packages on npm are designed to make changes to the file-system, such as rimraf or a code linter. In an accident, the consequences of running file-system altering code can be detrimental.

Also, rimraf seems to be popular.

No, that's why there's a bunch of packages such as rimraf[0] that implements that sort of functionality in a cross-platform way that most people use in their scripts

[0]: https://www.npmjs.com/package/rimraf

Something that might work: rimraf. A small node script can churn through file deletion surprisingly fast on Windows. Used to use it to clear out npm packages directories at a greater than glacial pace.

Um actually I use rimraf

cross-env

or if we care about cross-platform compatibility (i.e. Windows support), we can use cross-env (which I also recommend to install as a dev dependency):

i like to use dotenv-flow and dynamically load it into node process. it's framework agnostic and can be combined with vaious other strategies, like explicitly set NODE_ENV with cross-env. all you need is the right command in your package.json, see a sample here.

Cross-env runs scripts that set and use environment variables across various platforms.

You will also need to disable the url-loader in your Docusaurus build which transforms images into base64 strings, as this will conflict with the plugin. There isn't a first class way to do this in Docusaurus at present. However by setting the environment variable WEBPACK_URL_LOADER_LIMIT to 0 you can disable it. You can see an implementation example in this pull request. It amounts to adding the cross-env package and then adding the following to your package.json:

Using the cross-env library, you'll tell the React Testing Library to skip auto cleanup after each test. More info and ways to configure here: Skipping Auto Cleanup. Now your configuration is enough to start writing tests, let's get started.

Now we need to load the files during the bootup. Windows environments sometimes face issues with loading the environments. To take care of that, let's install a package named cross-env

build; sets and enviroment valiable of NODE_ENV=production using cross-env lib and builds the production bundle, minified and without source-maps as set in the webpack.config.js file.

I'd suggest the cross-env NPM package which is used a lot (4M downlaods/week). Then you can just change it to the following:

Debugging Cypress tests using Visual Studio Code was possible earlier but with the latest version of Cypress, there is no direct way to do so. Even with the latest version of Cypress, a workaround was possible using Debugger for Chrome – a Visual Studio Code Extension and cross-env npm package. However, the Debugger for Chrome Extension for Visual Studio Code is deprecated and the cross-env npm package has gone into maintenance mode.