There's no need for any further configuration, since the hook is automatically loaded by Sails. This package allows you to change controllers, models and locals without restarting your SailsJS app. Implementing the featureįirst of all install the sails-hook-autoreload package to your existing SailsJS application via npm: npm install sails-hook-autoreload -save Since I'm playing around with the SailsJS framework for the last months, I also wanted my SailsJS applications to be autoreloaded on changes. While Stencil is intended to be used primarily to build design systems and component libraries, these innovations allowed entire applications to be built using only Stencil.If you've ever worked with Livereload you probably don't want to miss it anymore - autoreloading your projects during development is just great. Stencil was built to pull these features out of traditional frameworks and bring them to the fast emerging Web Component standard. Building fast web apps required innovations that were previously locked up inside of traditional web frameworks. ![]() Web Components by themselves, however, weren't enough. Web Components offered a solution to both problems, pushing more work to the browser for better performance, and targeting a standards-based component model that all frameworks could use. With Ionic's classic use of traditional frameworks and bundling techniques, the team was struggling to meet latency and code size demands for Progressive Web Apps that ran equally well on fast and slow networks, across a diversity of platforms and devices.Īdditionally, framework fragmentation had created a web development interoperability nightmare, where components built for one framework didn't work with another framework. The emergence of Progressive Web Apps as a rapidly growing target for web developers demanded a different approach to web app development performance. Stencil was originally created by the Ionic Framework team in order to build faster, more capable components that worked across every major framework. Visit the Stencil for Design Systems page to learn more. Components as a concept provide similar language for engineers and designers to have productive conversations about design implementation. Stencil's primary objective is providing amazing tools for design systems and component libraries. How can I use Stencil? Design Systems & Component Libraries The developer experience is also tuned, and comes with live reload and a small dev server baked in to the compiler. In addition to making it easier to author CustomĮlements, Stencil also adds a number of key capabilities on top of WebĬomponents, such as prerendering and objects-as-properties (instead of just With a Virtual DOM, JSX, and async rendering, it is easy toĬreate fast and powerful components which are still 100% compatible with WebĬomponents standards. In addition, Stencil can generate framework-specific wrappers thatĪllow Stencil components to be used with a framework-specific developer experience.ĭirectly, Stencil provides convenient APIs which make writing fastĬomponents simpler. Web Components generated with Stencil can be used with popular frameworks right ![]() Stencil uses TypeScript, JSX, and CSS to create standards-compliant Web Components that can be used to craft high quality component libraries. Stencil combines the best concepts of the most popular frameworks into a simple build-time tool. ![]() Stencil is a compiler that generates Web Components (more specifically, Custom Elements). Overview Stencil: A Web Components Compiler
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