Nos complace anunciar que hemos creado tres aplicaciones de vídeo conferencia en código abierto, una para iOS, otra para Android y una tercera en ReactJS para Web. Sea porque estás construyendo una solución de colaboración para salud, educación o en vídeo en general, estas aplicaciones pueden acelerar el desarrollo al proporcionar una base funcional implementada en la nube en minutos. Además, pueden actuar de referencia para todo desarrollador que quiera mostrar las posibilidades que tiene el video programable. Las aplicaciones están disponibles en Github bajo licencia Apache 2.0:

• Web: https://github.com/twilio/twilio-video-app-react
• iOS: https://github.com/twilio/twilio-video-app-ios
• And …

Today we are excited to announce that we are open sourcing three video collaboration applications, one for iOS, one for Android, and a ReactJS one for the Web. Whether you are building a healthcare, education, or general video collaboration solution, these apps can accelerate development by providing you with a fully functioning video app that can be deployed to the cloud in minutes. In addition, they provide a canonical reference for developers building out their communication solutions by showcasing the Programmable Video capabilities. These applications are available today on Github under the Apache 2.0 license:

• Web - https://github.com/twilio/twilio-video-app-react
• iOS - https://github.com/twilio/twilio-video-app-ios
• Android - https://github.com/twilio/twilio-video-app-android

At Twilio we strive to build a reliable, extensible platform so that our customers can build high quality communication experiences in their applications. Our Video SDKs provide the API building blocks for mobile and web developers to create custom communications experiences in their apps. We believe …

Our Programmable Video team has been hard at work improving Twilio’s Video SDK for Android. We had a number of goals for the latest release of our SDKs, which we’ll cover in a series of upcoming posts. In this post, we wanted to spend some time walking you through the improvements we’ve made to capturing and sharing video. These changes include a shiny new CameraCapturer , as well as some new APIs that allow you to snag video from other sources.

A New Camera Capturer

CameraCapturer, as its name implies, is the class you use to capture data from a device’s camera. Our first CameraCapturer implementation came with a few shortcomings. One was that it kept two separate pipelines for previewing media and sharing media in a video session, which led to discrepancies between what you might see in your preview, and what you might share in the session. 

We …

A major challenge we have faced with NDK development on our Android Video SDK is integrating with the prescribed Android Studio Gradle-based workflow. Our primary issue is debugging native components inside of an Android library. The latest updates to Android Studio and the Android Gradle Plugin indicate that Google is investing in improving the developer experience for native development on Android and ensuring that it has first class functionality in their flagship IDE. We have been closely following the progress of this new plugin. The recent addition of static library support enticed us to deep dive into migrating from the traditional Application.mk, Android.mk, and ndk-build work flow. We took the plunge and decided to share some of our findings migrating to this new build workflow.

Migration Discoveries

The new experimental plugin should look familiar for Gradle users and those familiar with the NDK build process. Most of the usual flags …