open-wc VS lerna

npm init @open-wc@latest Need to install the following packages: @open-wc/[email protected] Ok to proceed? (y) y _.,,,,,,,,,._ .d'' ``b. Open Web Components Recommendations .p' Open `q. .d' Web Components `b. Start or upgrade your web component project with .d' `b. ease. All our recommendations at your fingertips. :: ................. :: `p. .q' `p. open-wc.org .q' `b. @openWc .d' `q.. ..,' See more details at https://open-wc.org/init/ '',,,,,,,,,,'' Note: you can exit any time with Ctrl+C or Esc ✔ What would you like to do today? › Scaffold a new project ✔ What would you like to scaffold? › Web Component ✔ What would you like to add? › Testing (web-test-runner) ✔ Would you like to use typescript? › Yes ✔ What is the tag name of your web component? … testing-components ./ ├── testing-components/ │ ├── .vscode/ │ │ └── extensions.json │ ├── demo/ │ │ └── index.html │ ├── src/ │ │ ├── index.ts │ │ ├── testing-components.ts │ │ └── TestingComponents.ts │ ├── test/ │ │ └── testing-components.test.ts │ ├── .editorconfig │ ├── .gitignore │ ├── LICENSE │ ├── package.json │ ├── README.md │ ├── tsconfig.json │ ├── web-dev-server.config.mjs │ └── web-test-runner.config.mjs ✔ Do you want to write this file structure to disk? › Yes Writing..... done ✔ Do you want to install dependencies? › Yes, with npm

Very much still a thing, https://open-wc.org/ is a good resource for examples and best practices.

I have this design system project for a company, I need to make web components and instead of using open-wc.org pre-built, I chose to go Vite.

Nice. We have data with meaning. Now let's create the presentation layer (aka the UI!) and then let's add interactivity to the UI, so we can have feedback when actually simulating an exam (aka the Frontend!). Since in ING we are advocates of Web Components, I always wanted to give this stack a try for side projects. I jumped right into open-wc.org and used the npm generator. Everything worked precisely as expected. It was a breeze since my Chapter is using lit every. single. day. So I could finally get some mileage myself, in writing lit. At work, as a Chapter Lead, I prefer to spend my time more effectively for the team, rather than coding new features by myself; my chapter does it better anyway (#proud).

I suggest following these best practices for creating a custom web element: https://open-wc.org/

Open Web Components is a great tool for accessing open-source web components and is very easy to set up with their quickstart guide and easy to understand documentation.

This application is one of many applications out there that are dipping their toes in the land of web components. Web components are still very new and ever-growing. While I have been developing on HAX-the-Web, I am also the Project Manager for HAXCamp 2022. < hax-camp > is an unconference dedicated to all things Web Components!This year's event is being student-run and we anticipate there being discussions about openwc, lit, performance, element composition, css, hax.psu, pedagogy, and design systems. If this work flow is something that you are interested in, I would encourage signing up for this event. It is much more than this, larger than you know and a way to connect with students, faculty, staff, and professional in the industry.

Open the project up in your favorite IDE. Let's take a quick look at the project organization. The project has an Angular frontend and NestJS API backend housed in a Lerna monorepo. If you are curious about how to recreate the project, check out the repo's README file. I'll include all the npx commands, CLI commands, and the manual steps used to create the project.

Lerna currently maintained by Nx team

On Netlify's enterprise tier, approximately 46% of builds are monorepos, with the majority leveraging Nx and Lerna. Recognizing this trend, Netlify has focused on enhancing the setup and deployment experiences for monorepo projects. In particular they worked on an "automatic monorepo detection" feature. When you connect your project to GitHub, Netlify automatically detects if it's part of a monorepo, reads the relevant settings, and pre-configures your project. This eliminates the need for manual setup. This feature also extends to local development via the Netlify CLI.

This is the exact problem monorepos were born to solve. Not only will a monorepo let you share UI components, you'll be able to gradually add shared application logic as well (for instance, do all of your apps have their own logic for connecting to a database? you could roll that into a shared library with a monorepo). There are a lot of tools for accomplishing this in JS, but probably the most popular is lerna, which is built on top of NX (though lots of teams roll their own monorepo in nx without lerna, which IMO is a totally valid option).

To begin, you need to prepare your environment. A few ways to build a React package include tools like Bit, Storybook, Lerna, and TSDX. However, for this tutorial, you will use a zero-configuration bundler for tiny modules called Microbundle.

If so, are you using a monorepo tool like Nx or Lerna? If not, start there and see if it solves your problem.

I mean I don't know what your monorepo looks like, but for example infernojs (actually written with typescript) uses lerna, and lerna seems simpler than typescript references

Tools for publishing, such as Lerna (when using the --conventional-commit flag), follow this convention when incrementing package versions and generating changelog files.