5bcf921841
Issue number: resolves #29862 --------- ## What is the current behavior? Range exposes a single part for both knobs & pins. This makes it impossible to style the knobs/pins differently when dual knobs is enabled. ## What is the new behavior? - Fixes a bug where the knobs would swap A & B when they cross over each other - Fixes the focus behavior so that dual knobs act the same as a single knob range when focusing a knob - Adds the following classes to the host element when `dualKnobs` is enabled: - `range-dual-knobs` - `range-pressed-a` when the knob with name A is pressed - `range-pressed-b` when the knob with name B is pressed - `range-pressed-lower` when the lower knob is pressed - `range-pressed-upper` when the upper knob is pressed - Adds parts for the following: - `knob-handle-a` — The container for the knob with the static `A` identity when `dualKnobs` is `true`. This identity does not change, even if the knobs cross and swap which one represents the lower or upper value. - `knob-handle-b` — The container for the knob with the static `B` identity when `dualKnobs` is `true`. This identity does not change, even if the knobs cross and swap which one represents the lower or upper value. - `knob-handle-lower` — The container for the knob whose current `value` is `lower` when `dualKnobs` is `true`. The lower and upper parts swap which knob handle they refer to when the knobs cross. - `knob-handle-upper` — The container for the knob whose current `value` is `upper` when `dualKnobs` is `true`. The lower and upper parts swap which knob handle they refer to when the knobs cross. - `pin-a` — The value indicator above the knob with the static `A` identity when `dualKnobs` is `true`. This identity does not change, even if the knobs cross and swap which one represents the lower or upper value. - `pin-b` — The value indicator above the knob with the static `B` identity when `dualKnobs` is `true`. This identity does not change, even if the knobs cross and swap which one represents the lower or upper value. - `pin-lower` — The value indicator above the knob whose current `value` is `lower` when `dualKnobs` is `true`. The lower and upper parts swap which pin they refer to when the knobs cross. - `pin-upper` — The value indicator above the knob whose current `value` is `upper` when `dualKnobs` is `true`. The lower and upper parts swap which pin they refer to when the knobs cross. - `knob-a` — The visual knob for the static `A` identity when `dualKnobs` is `true`. This identity does not change, even if the knobs cross and swap which one represents the lower or upper value. - `knob-b` — The visual knob for the static `B` identity when `dualKnobs` is `true`. This identity does not change, even if the knobs cross and swap which one represents the lower or upper value. - `knob-lower` — The visual knob whose current `value` is `lower` when `dualKnobs` is `true`. The lower and upper parts swap which knob they refer to when the knobs cross. - `knob-upper` — The visual knob whose current `value` is `upper` when `dualKnobs` is `true`. The lower and upper parts swap which knob they refer to when the knobs cross. - `activated` — Added to the knob-handle, knob, and pin when the knob is active. Only one set has this part at a time when `dualKnobs` is `true`. - `focused` — Added to the knob-handle, knob, and pin that currently has focus. Only one set has this part at a time when `dualKnobs` is `true`. - `hover` — Added to the knob-handle, knob, and pin when the knob has hover. Only one set has this part at a time when `dualKnobs` is `true`. - `pressed` — Added to the knob-handle, knob, and pin that is currently being pressed to drag. Only one set has this part at a time when `dualKnobs` is `true`. - Adds e2e tests for the following: - customizing label part - customizing bar parts - customizing pin parts - customizing tick parts - customizing knob parts - customizing dual knob a & b parts - customizing dual knob lower & upper parts - verifies that a & b parts stay on the original elements but lower & upper parts swap when the values swap - Adds spec tests for the following: - css classes - value state classes - boolean property classes - pressed state classes - shadow parts - static shadow parts - verifies the shadow parts exist based on the existence of certain range properties - state shadow parts - verifies the shadow parts exist based on the state of the range knob (pressed, focused, activated, hover) ## Does this introduce a breaking change? - [ ] Yes - [x] No --------- Co-authored-by: Brandy Smith <6577830+brandyscarney@users.noreply.github.com>
@ionic/core
Ionic is an open source App Development Framework that makes it easy to build top quality Native and Progressive Web Apps with web technologies.
The Ionic Core package contains the Web Components that make up the reusable UI building blocks of Ionic Framework. These components are designed to be used in traditional frontend view libraries/frameworks (such as Stencil, React, Angular, or Vue), or on their own through traditional JavaScript in the browser.
Features
- Tiny, highly optimized components built with Stencil
- Styling for both iOS and Material Design
- No build or compiling required
- Simply add the static files to any project
- Lazy-loaded components without configuration
- Asynchronous rendering
- Theming through CSS Variables
How to use
Vanilla HTML
Easiest way to start using Ionic Core is by adding a script tag to the CDN:
<script type="module" src="https://cdn.jsdelivr.net/npm/@ionic/core/dist/ionic/ionic.esm.js"></script>
<script nomodule src="https://cdn.jsdelivr.net/npm/@ionic/core/dist/ionic/ionic.js"></script>
<link href="https://cdn.jsdelivr.net/npm/@ionic/core/css/ionic.bundle.css" rel="stylesheet">
Any Ionic component added to the webpage will automatically load. This includes writing the component tag directly in HTML, or using JavaScript such as document.createElement('ion-toggle').
Additionally, within this package is a dist/ionic.js file and accompanying dist/ionic/ directory. These are the same files which are used by the CDN, and they're available in this package so they can be apart of an app's local development.
Framework Bindings
The @ionic/core package can be used in simple HTML, or by vanilla JavaScript without any framework at all. Ionic also has packages that make it easier to integrate Ionic into a framework's traditional ecosystem and patterns. (However, at the lowest-level framework bindings are still just using Ionic Core and Web Components).
Custom Elements Build
In addition to the default, self lazy-loading components built by Stencil, this package also comes with each component exported as a stand-alone custom element within @ionic/core/components. Each component extends HTMLElement, and does not lazy-load itself. Instead, this package is useful for projects already using a bundler such as Webpack or Rollup. While all components are available to be imported, the custom elements build also ensures bundlers only import what's used, and tree-shakes any unused components.
Below is an example of importing ion-badge, and initializing Ionic so it is able to correctly load the "mode", such as Material Design or iOS. Additionally, the initialize({...}) function can receive the Ionic config.
import { defineCustomElement } from "@ionic/core/components/ion-badge.js";
import { initialize } from "@ionic/core/components";
// Initializes the Ionic config and `mode` behavior
initialize();
// Defines the `ion-badge` web component
defineCustomElement();
Notice how we import from @ionic/core/components as opposed to @ionic/core. This helps bundlers pull in only the code that is needed.
The defineCustomElement function will automatically define the component as well as any child components that may be required.
For example, if you wanted to use ion-modal, you would do the following:
import { defineCustomElement } from "@ionic/core/components/ion-modal.js";
import { initialize } from "@ionic/core/components";
// Initializes the Ionic config and `mode` behavior
initialize();
// Defines the `ion-modal` and child `ion-backdrop` web components.
defineCustomElement();
The defineCustomElement function will define ion-modal, but it will also define ion-backdrop, which is a component that ion-modal uses internally.
Using Overlay Controllers
When using an overlay controller, developers will need to define the overlay component before it can be used. Below is an example of using modalController:
import { defineCustomElement } from '@ionic/core/components/ion-modal.js';
import { initialize, modalController } from '@ionic/core/components';
initialize();
defineCustomElement();
const showModal = async () => {
const modal = await modalController.create({ ... });
...
}
How to contribute
Check out the CONTRIBUTE guide