A customizeable HoC (Higher Order Component) for HTML5 Video that allows custom and configurable controls with i18n and a11y.
V2 API has changed and is not backwards compatible. You can find the old documentation here.
View the demo.
npm install react-html5video --save
react@>=15.0.x
react-dom@>=15.0.x
The simplest way to use this component is to use the default player that is provided. It works the same way as a normal HTML5 video by taking all the supported HTML5 video attributes except for controls
. This is now "controlled" and can be an array of supported component names in any order as below:
import { DefaultPlayer as Video } from 'react-html5video';
import 'react-html5video/dist/styles.css';
render() {
return (
<Video autoPlay loop muted
controls={['PlayPause', 'Seek', 'Time', 'Volume', 'Fullscreen']}
poster="http://sourceposter.jpg"
onCanPlayThrough={() => {
// Do stuff
}}>
<source src="http://sourcefile.webm" type="video/webm" />
<track label="English" kind="subtitles" srcLang="en" src="http://source.vtt" default />
</Video>
);
}
The custom controls provided are built using <button>
and <input type="range">
which means basic keyboard controls are available when they are focused. For example, you can and hit the space bar on mute, play and fullscreen buttons as well as seek using the arrow keys when focused on the slider. aria-label
attributes for screen readers have been used where user interaction is required. Try tabbing through the demo with Vox enabled.
You can change translate the aria-label
values for all controls like so:
<Video copy={{ key: value }}>
The default english copy
can be found in here.
*Disclaimer: Unfortuantely I don't much experience with a11y but I have tried to use some of the features from PayPal's accessible HTML5 player. If anyone has further input on this please raise an issue or a pull request.
If you want to get creative and create your own video player then you will need to use the higher order component. The HoC connects a React component to all the HTML5 video attributes and the HTMLMediaElement of the first video it finds in the component it is wrapping.
import videoConnect from 'react-html5video';
const MyVideoPlayer = ({ video, videoEl, children, ...restProps }) => (
<div>
<video {...restProps}>
{ children }
</video>
<p>
Here are the video properties for the above HTML5 video:
{ JSON.stringify(video) }
</p>
<a href="#" onClick={(e) => {
e.preventDefault();
// You can do what you like with the HTMLMediaElement DOM element also.
videoEl.pause();
}}>
Pause video
</a>
</div>
);
export default videoConnect(MyVideoPlayer)
The above will simply print out the properties of the HTML5 <video>
within MyVideoPlayer
. Now you have these properties and the HTMLMediaElement itself available in your component, it is up to you to create your new custom controls using them. See the default player as an example.
The API behaves much like the React Redux connect HoC but instead of using dispatch to change the state, we have access to the HTMLMediaElement.
-
mapStateToProps(videoState, ownProps)
- Use this to return the HTML5 video attributes required for your component. The plain object returned here will be merged with what is returned frommapVideoElToProps
using themergeProps
function. By Default this returns all video attributes so they are accessible onthis.props.video
in your wrapped component. -
mapVideoElToProps(videoEl, videoState, ownProps)
- Use this to return a plain object that usesvideoEl
to update the videos state.videoEl
is the raw HTMLMediaElement. The object returned here will be merged with what is returned frommapStateToProps
using themergeProps
function. By default thevideoEl
will be accessible onthis.props.videoEl
in your wrapped component. -
mergeProps(stateProps, videoElProps, ownProps)
- If specified, it is passed the result ofmapStateToProps
mapVideoElToProps
and the parentprops
. The plain object you return will be passed to your wrapped component. By default this will doObject.assign({}, stateProps, videoElProps, ownProps)
.
To run a development server with HMR:
$ npm i
$ npm run i:demo
$ npm start
MIT