Loom gives you a way to build your own atomic design systems. Organised using ITCSS, and uses BEM as a naming convention, it aims to give you a quick way of scaffolding sites, and then give you a way of building your own atomic components.
Loom tries to find that sweet spot between Atomic CSS and manually written, appended-to-the-end-of-one-huge-css-file CSS.
It's highly modular, and lets you easily extend it with your own modules and classes.
.c-fancy-button {
@include button(get-color(white), get-color(primary-background);
@include font-size(large);
padding: get-spacing(xsmall) get-spacing(small);
}
Loom's manifesto and opinions:
@extends. These so, so, so easily mess up the source order of a project. Because ITCSS, the core of this, is source order dependent, it's best to avoid.Eventually this will be an npm module, a bower module and gem. For now it's installable via npm:
$ npm install loomcss --save-dev
Or go old-school and copy/paste the contents of the assets folder into your project. Hey, whatever works, right?
Once installed, you will need to add the installation path to your own build system. This will probably be something like node_modules/loomcss/assets.
Once you have made that folder available to your build you can access the Loom layers using:
@import 'loom/10-global-settings/misc';
// etc
Please DON'T just link to main.scss! This will prevent you getting access to the interweaved layers of the ITCSS stack (it's there as an example only). Instead, copy the list of imports from main.scss into your main project file. Yes, it feels unusual, but you'll gain a lot of power by doing so.
This library is a basis for your own design system and won't give you much visually out of the box!
The layers of this project descend in specificity and scope order, from 10 to 100, with those at the top (10) being extremely broad and of low specificity, and those at the bottom (100) being extremely specific and high specificity. You can add your own layers, but the default ones are as follows:
Sass global variables. Should only contain those things used by multiple layers and modules.
Mixins and functions to support lower layers.
Generic CSS, imported Normalize and Reset CSS. Things that aren't really visual.
Specific simple styling for base elements. Loom gives some extremely simple styling to those elements that have a standard visual "state" are not normally styled with the aid of classes (<p>, <ul>, <dl>, etc). Headings (<h1> to <h6>) are the exception to this, as they are often used to provide semantic meaning, and so have their styling removed by default. Styling must be added via the Objects, UI Components or Utilities.
Layer modules that provide layout-specific styling. They are used on wrapper containers that contain objects or components. Complications will likely occur if a Layout module and a lower layer module are used on the same HTML element.
Complex chunks of CSS that are used as the base for UI Component modules. Each object is defined as a mixin and expressed as a class, and each class can be used on its own. The classes can be used for quick scaffolding, anchoring their classnames directly to CSS. However, they should eventually be converted into UI Components, which directly consume the Object mixins.
Some things might stay as class-based objects, and be used as a base for skinning, in true OOCSS style. For example, .button can serve as the OO base for .c-button and .c-button--primary. <button class="o-button c-button c-button--primary">Continue</button>. Or .c-button might consume @include o-button directly, with the HTML being <button class="c-button c-button--primary">Continue</button>. Your choice!
Nothing really "visual" here, although a wireframe site and be quickly built up using this layer alone.
These are highly visual components built from Object mixins, Loom settings and custom CSS.
Utility modules provide classes that do one thing. While most visual styling should come from the component layer, there are always occasions where a separate class is needed to quickly nudge a component into shape. Should be used with caution. Excessive use of these implies that a component or setting is lacking.
"Trumps" as in "a trump card". Extremely high specificity selectors. Anything in this layer is used with some embarrassment. An example use might be to override CSS coming from external sources.
The only layer that !important is permitted in a module.
By default this project uses BEM notation for the optional CSS selectors.
You can specify fonts via the $LOOM-fonts. By default there is a primary and a secondary font. The default usage is secondary for headings and primary for everything else.
Each of these has a base and a webfont variant. These are for use with a font-observer system, that will add the class specified in $LOOM-fonts-loaded to the HTML element, allowing webfonts to be used without FOIC occurring.
Always looking for fellow conspirators.
FAQs
Weave your own pattern libraries.
The npm package loomcss receives a total of 0 weekly downloads. As such, loomcss popularity was classified as not popular.
We found that loomcss demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 1 open source maintainer collaborating on the project.
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