react-fetching-library allows to use custom fetch implementation so it's doable to use this library with AXIOS.

In Angular CLI 6 this command has been removed, and it will not come back. Instead there is a new concept called Builders.With the new Angular CLI you can customize the build process by defining your own builders as well as using one of the builders provided by the community.

In Angular CLI 1.x (Angular 5) you had ng eject command for this, which was ejecting the whole underlying webpack configuration and allowing you to modify it as you please.

To silence circular dependencies warnings for let's say moment library use: // rollup.config.js import path from 'path' const onwarn = warning => { // Silence circular dependency warning for moment package if ( warning.code === 'CIRCULAR_DEPENDENCY' && !warning.importer.indexOf(path.normalize('node_modules/moment/src/lib/')) ) { return } console.warn(`(!) ${warning.message}`) }

The benefit of this approach is that rather than having these defaults and fighting against them, it’s fully up to you to decide how to handle everything.

Then, the projects that use these libraries get to process these import statements how they like when they are bundled. For the ones that wish to load jQuery from a global, we again mark 'jquery' as an external—since we still don't want Rollup to bundle jQuery—and as a global.

Svelte will not offer a generic way to support style customizing via contextual class overrides (as we'd do it in plain HTML). Instead we'll invent something new that is entirely different. If a child component is provided and does not anticipate some contextual usage scenario (style wise) you'd need to copy it or hack around that via :global hacks.

thanks @nateberkopec for making terminal-table so configurable

In a basic configuration, GitLab runs a pipeline each time changes are pushed to a branch. If you want the pipeline to run jobs only when merge requests are created or updated, you can use pipelines for merge requests.

var myChart = chart().width(720).height(80); Modifying an existing chart is similarly easy: myChart.height(500); As is inspecting it: myChart.height(); // 500 Internally, the chart implementation becomes slightly more complex to support getter-setter methods, but convenience for the user merits additional developer effort! (And besides, this pattern becomes natural after you’ve used it for a while.) function chart() { var width = 720, // default width height = 80; // default height function my() { // generate chart here, using `width` and `height` } my.width = function(value) { if (!arguments.length) return width; width = value; return my; }; my.height = function(value) { if (!arguments.length) return height; height = value; return my; }; return my; } To sum up: implement charts as closures with getter-setter methods.