Index

We can deliver audio and video on the web in a number of ways, ranging from 'static' media files to adaptive live streams. This article is intended as a starting point for exploring the various delivery mechanisms of web based media and compatibility with popular browsers.

In other articles we looked at how to build a cross browser video player using the HTMLMediaElement and Window.fullScreen APIs, and also at how to style the player. This article will take the same player and show how to add captions and subtitles to it, using Web_Video_Text_Tracks_Format and the track element.

Sometimes it's useful to know how much audio or video has downloaded or is playable without delay — a good example of this is the buffered progress bar of an audio or video player. This article discusses how to build a buffer/seek bar using TimeRanges, and other features of the media API.

This article describes a simple HTML5 video player that uses the Media and Fullscreen APIs and works across most major desktop and mobile browsers. As well as working fullscreen, the player features custom controls rather than just using the browser defaults. The player controls themselves won't be styled beyond the basics required to get them working; full styling of the player will be taken care of in a future article.

Live streaming technology is often employed to relay live events such as sports, concerts and more generally TV and Radio programmes that are output live. Often shortened to just streaming, live streaming is the process of transmitting media 'live' to computers and devices. This is a fairly complex and nascent subject with a lot of variables, so in this article, we'll introduce you to the subject and let you know how you can get started.

Let's say you want to set up an adaptive streaming media source on a server, to be consumed inside an HTML5 media element. How would you do that? This article explains how, looking at two of the most common formats: MPEG-DASH and HLS (HTTP Live Streaming.)

In the previous Cross browser video player article we described how to build a cross-browser HTML5 video player using the Media and Fullscreen APIs. This follow-up article looks at how to style this custom player, including making it responsive.

The playbackRate property of the audio and video elements allows us to change the speed, or rate, at which a piece of web audio or video is playing. This article explains playbackRate in detail.

The beauty of the web is that you can combine technologies to create new forms. Having native audio and video in the browser means we can use these data streams with technologies such as canvas, WebGL or Web Audio API to modify audio and video directly, for example adding reverb/compression effects to audio, or grayscale/sepia filters to video. This article provides a reference to explain what you need to do.

This overview of events and event handling explains the code design pattern used to react to incidents occurring when a browser accesses a web page, and it summarizes the types of such incidents modern web browsers can handle.

Modern web user input goes beyond simple mouse and keyboard: think of touchscreens for example. This article provides recommendations for managing user input and implementing controls in open web apps, along with FAQs, real-world examples, and links to further information for anyone needing more detailed information on the underlying technologies. Relevant APIs and events include touch events, Pointer Lock API, Screen Orientation API, Fullscreen API, Drag & Drop and more.