This great post by Mandy ticks all my boxes! It’s a look at the combinatorial possibilities of some of the lesser-known HTML elements: abbr, cite, code, dfn, figure, figcaption, kbd, samp, and var.
You really don’t need jQuery any more …and that’s thanks to jQuery.
Here, the Github team talk through their process of swapping out jQuery for vanilla JavaScript, as well as their forays into web components (or at least the custom elements bit).
I love, love, love all the little details of HTML that Aaron offers up here. And I really like how he positions non-visual user-agents like searchbots, screen readers, and voice assisants as headless UIs.
HTML is a truly robust and expressive language that is often overlooked and undervalued, but it has the incredible potential to nurture conversations with our users without requiring a lot of effort on our part. Simply taking the time to code web pages well will enable our sites to speak to our customers like they speak to each other. Thinking about how our sites are experienced as headless interfaces now will set the stage for more natural interactions between the real world and the digital one.
I encourage you to think about and make sure you are using the right elements at the right time. Sometimes I overthink this, but that’s because it’s that important to me - I want to make sure that the markup I use helps people understand the content, and doesn’t hinder them.
A great collection of styled and accessible form elements:
Form controls are necessary in many interfaces, but are often considered annoying, if not downright difficult, to style. Many of the markup patterns presented here can serve as a baseline for building more attractive form controls without having to exclude users who may rely on assistive technology to get things done.
A good explanation of web components, complete with some code examples.
Web Components are not a single technology. Instead, they are series of browser standards defined by the W3C allowing developers to build components in a way the browser can natively understand. These standards include:
- HTML Templates and Slots – Reusable HTML markup with entry points for user-specific markup
- Shadow DOM – DOM encapsulation for markup and styles
- Custom Elements – Defining named custom HTML elements with specific behaviour
Andy Bell is documenting is journey of getting to grips with web components. I think it’s so valuable to share like this as you’re learning, instead of waiting until you’ve learned it all—the fresh perspective is so useful!
I really like this month’s CodePen challenge, all about HTML elements that go well together. First up: del and ins.
A really deep dive into display: contents from Ire.
The canonical example in just about every pattern library is documenting button variations. Here, Tyler shows how even this seemingly simple pattern takes a lot of thought.
I love these kinds of deep dives into one seemingly simple pattern; in this case it’s a download link with the humble A element.
Move over, JavaScript alerts; HTML dialogs are here.
Ana goes into exhaustive detail on all the differences in the shadow DOM and styling of input type="range" across browsers.
I’m totally fine with browsers providing different styling for complex UI elements like this, but I wish they’d at least provide a consistent internal structure and therefore a consistent way of over-riding the default styles. Maybe then people wouldn’t be so quick to abandon native elements like this in favour building their own UI components from scratch—the kind of over-engineering that inevitably ends up being under-engineered.
In which Brian takes a long winding route through an explanation of why the is attribute for custom elements is dead before he demonstrates the correct way to use web components:
<!-- instead of writing this -->
<input type="radio" is="x-radio">
<!-- you write this -->
<x-radio>
<input type="radio">
</x-radio>
Sadly, none of the showcase examples I’ve seen for web components do this.
One of the things we’d hoped to enable via Web Components was a return to ctrl-r web development. At some level of complexity and scale we all need tools to help cope with code size, application structure, and more. But the tender, loving maintainance of babel and webpack and NPM configurations that represents a huge part of “front end development” today seems…punitive. None of this should be necessary when developing one (or a few) components and composing things shouldn’t be this hard. The sophistication of the tools needs to get back to being proportional with the complexity of the problem at hand.
I completely agree with Alex here. But that’s also why I was surprised and disheartened when I linked to Monica’s excellent introduction to web components that a package manager seemed to be a minimum requirement.
I quite like this proposal for geo element in HTML, especially that it has a fallback built in (like video). I’m guessing the next step is to file an issue and create a web component to demonstrate how this could work.
That brings up another question: what do you name a custom element that you’d like to eventually become part of the spec? You can’t simply name it geo because you have to include a hyphen. geo-polyfill? geo-proposal? or polyfill-geo? proposal-geo?
A really great introduction to web components by Monica. But I couldn’t help but be disheartened by this:
Web components tend to have dependencies on other web components, so you need a package manager to herd all them cats.
For me, this kind of interdependence lessens the standalone nature of web components—it just doesn’t feel quite so encapsulated to me. I know that this can be solved with build tools, but now you’ve got two problems (and one more dependency).
A smart approach to creating patterns as symbols in Sketch. Sounds like diligence and vigilance is required to make it work, but then, that’s true of any pattern library.
Ever wondered what the most commonly used HTML elements are?
Really, really smart thinking from Paul here, musing on the power relationship between the creators of custom elements and the users of custom elements.