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Npm Video Libraries

Most Popular Npm Video Libraries

NameSizeLicenseAgeLast Published
file-type21.57 kBMIT9 Years4 Jun 2023
video.js3.71 MBApache-2.010 Years14 Aug 2023
react-player399.6 kBMIT8 Years5 Sep 2023
simple-peer45.53 kBMIT9 Years17 Feb 2022
ytdl-core1 BMIT9 Years14 Jul 2023
video-react575.15 kBMIT7 Years9 Nov 2022
@vimeo/player138.04 kBMIT7 Years25 May 2023
youtube-player7.82 kBBSD-3-Clause11 Years13 Feb 2023
mux.js1.81 MBApache-2.08 Years22 Feb 2023
react-native-root-toast4.2 MBMIT7 Years31 Aug 2023
@opentok/client3.59 MBhttps://www.vonage.com/legal/communications-apis/terms-of-use/6 Years30 Aug 2023
lozad8.84 kBMIT6 Years6 Sep 2020
video-extensions1.44 kBMIT8 Years5 Jun 2021
handbrake-js16.99 kBMIT10 Years3 May 2023
videojs-record225.55 kBMIT9 Years16 Nov 2022

When Are Video Libraries Useful?

Video libraries are very useful when there are needs to handle video data in your web application. They provide a set of functions, methods or routines which you can use to perform certain tasks, like playing videos, pausing them, manipulating streams, and many more.

Video libraries specifically can serve many purposes:

  • If your application requires handling of video content, incorporating a video library can decrease the time and complexity of your development.
  • Libraries can often handle the nuances of different video formats and encoding techniques. This allows your application to support a wider range of video types without the need for extensive custom coding.
  • When serving video content, efficiency and performance are key factors. Video libraries are often optimized to provide smooth, lag-free video playback.
  • Video libraries often provide easy integration with other elements of your applications, such as user interfaces and data processing components.

Video Libraries Functionality

The exact functionality of a video library can vary based on the specific library in use. However, some common functionalities that similar video libraries usually have include:

  • Video Playback: This is a fundamental functionality which allows videos to be played back within an application.
  • Playback Controls: These are features that allow the user to control the video playback. This can include play, pause, stop, rewind, fast forward, and volume control functionality.
  • Video Streaming: Many video libraries provide support for streaming video content from a server to the client application.
  • Video Encoding/Decoding: Advanced libraries often offer functionality to encode or decode video content into different formats.
  • Manipulating Videos: Some libraries allow videos to be edited or manipulated in various ways. This could include functionality to crop or resize videos, adjust the playback speed, or apply visual effects.

Gotchas/Pitfalls To Look Out For

While using video libraries in your applications there are certain things one has to keep in mind:

  1. Deprecation: Always use the most recent version of the library as older versions might have security vulnerabilities and may not be supported in the future.
  2. File Size: Video libraries can be large and might affect the performance and load times of your application.
  3. Server load: Video operations can be heavy and can significantly impact server load, especially for high-resolution or long-duration video content.
  4. Compatibility: Some libraries might not be compatible with certain video formats or may require additional dependencies to support them.
  5. Documentation: Not all libraries have extensive or accurate documentation. This can make it difficult to learn how to use the library effectively.
  6. License: Some libraries are not free, or have restrictive licenses. It is important to understand the cost and usage restrictions of any library you incorporate into your application.