#Codekit tailwind how to#

You don’t really need to learn/know two different front-end frameworks/libraries, let alone the top three. Java: not required unless you want to Java web development (with Spring, which has a steep learning curve of its own)Īngular and Vue: if you already know React, there’s not much point to learn these. Python: also not required at all unless you want to do Python web development (with Flask and/or Django) I’m going to break down that list of technologies you posted:Ĭ#: not required at all unless you’re doing (or want to do) Microsoft stack specific development (which is. So, basically, my question is… How much more did you learn on top of what your learn from FCC in order to get a job?ĭid you have to volunteer or freelance to get experience? Because that is another thing, I’ve seen that a lot of places want juniors with 1-3 years of experience? (How can you work that amount of years and be a junior?) Requirements for junior web developers are (on top of what we learn in FCC): I started to apply to jobs, and I realized that basically, what I know is not enough.

#Codekit tailwind how to#

Recently, I did my first own app, and learnt more stuff, like how to use Firebase, Stripe, TailwindCSS… Basically, things that are not in the Freecodecamp web development certificacions. Like, in my case, I’ve completed the web development certifications while learning the tech in each of the sections. Specifically, you can directly adjust the underlying Rollup options via build.I’m just looking for other people experiences when they were looking for a job after learning things in Freecodecamp. The build can be customized via various build config options. i won't work).įor advanced base path control, check out Advanced Base Options.

Note this variable is statically replaced during build so it must appear exactly as-is (i.e. In this case, you can use the globally injected i _URL variable which will be the public base path. The exception is when you need to dynamically concatenate URLs on the fly. html files are all automatically adjusted to respect this option during build. JS-imported asset URLs, CSS url() references, and asset references in your. This option can also be specified as a command line flag, e.g. If you are deploying your project under a nested public path, simply specify the base config option and all asset paths will be rewritten accordingly. The legacy chunks are conditionally loaded only in browsers that do not have native ESM support.

Legacy browsers can be supported via which will automatically generate legacy chunks and corresponding ES language feature polyfills. You can check out Polyfill.io which is a service that automatically generates polyfill bundles based on the user's browser UserAgent string. Note that by default, Vite only handles syntax transforms and does not cover polyfills by default. You can specify custom targets via the build.target config option, where the lowest target is es2015. By default, Vite targets browsers which support the native ES Modules, native ESM dynamic import, and i ta: The production bundle assumes support for modern JavaScript. Check out the Deploying a Static Site for guides about popular services. By default, it uses /index.html as the build entry point, and produces an application bundle that is suitable to be served over a static hosting service. When it is time to deploy your app for production, simply run the vite build command.