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You're reading from  Using Yocto Project with BeagleBone Black

Product typeBook
Published inJun 2015
Reading LevelIntermediate
Publisher
ISBN-139781785289736
Edition1st Edition
Languages
Python
Tools
Ubuntu ServerBeagleBone
Concepts
Single Board Computers
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Authors (2):
Hafiz Muhammad I Sadiq
Hafiz Muhammad I Sadiq
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Hafiz Muhammad I Sadiq


Read more about Hafiz Muhammad I Sadiq

Irfan Sadiq
Irfan Sadiq
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Irfan Sadiq

H M Irfan Sadiq was a Linux enthusiast as a graduate student. He started his career as an embedded system development engineer and has been working as an H.264 Decoder developer and optimizer for the VLIW architecture. He got an opportunity to work on multiple multimedia frameworks that are open source as well as proprietary. He tried to work in a start-up in the entirely different domain of web development. He has been working on OpenEmbedded and Yocto Project technologies since he joined Mentor Graphics as the technical lead back in 2010. He has been working on derivative technologies of Yocto Project and OpenEmbedded for quite some time now, spanning more than 4 years. He has also been working on various hardware platforms based on the ARM, PPC, and x86 architecture. The diverse nature of subsequent BSPs has challenges in the context of QA. One of the challenges was to keep the QA packages in one place in such a way that they could be applied to all different product/platform combinations. He addressed this by creating a Yocto Project-based layer for which he is a maintainer as well as a gatekeeper.
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Now, we have developed an understanding of the underlying details. We have built images that contain a video player, that is, gaku and GStreamer, to support this player as a multimedia framework. We have enabled a minimal set of plugins for our use. Having all this, we are ready to see how this actually works. Perform the following steps to see this in action.

  1. Connect your board with the HDMI display. I have used my Samsung 32'' LED TV for this purpose.

  2. To connect the TV to the board, I used a micro HDMI-to-HDMI cable.

  3. Copy some .ogg video file. You can convert some existing video file. You can download video files from http://techslides.com/sample-webm-ogg-and-mp4-video-files-for-html5.

  4. Copy your downloaded video file to the board, directly onto a card, or using SSH, if you have connected the board to a network.

  5. Launch gaku from UI.

  6. I attached a USB mouse to use the UI.

  7. Use the + button to browse to the directory containing the sample.ogg file.

  8. Choose your copied video file (in my...

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Using Yocto Project with BeagleBone Black
Published in: Jun 2015Publisher: ISBN-13: 9781785289736
© 2015 Packt Publishing Limited All Rights Reserved

Authors (2)

author image
Hafiz Muhammad I Sadiq


Read more about Hafiz Muhammad I Sadiq

author image
Irfan Sadiq

H M Irfan Sadiq was a Linux enthusiast as a graduate student. He started his career as an embedded system development engineer and has been working as an H.264 Decoder developer and optimizer for the VLIW architecture. He got an opportunity to work on multiple multimedia frameworks that are open source as well as proprietary. He tried to work in a start-up in the entirely different domain of web development. He has been working on OpenEmbedded and Yocto Project technologies since he joined Mentor Graphics as the technical lead back in 2010. He has been working on derivative technologies of Yocto Project and OpenEmbedded for quite some time now, spanning more than 4 years. He has also been working on various hardware platforms based on the ARM, PPC, and x86 architecture. The diverse nature of subsequent BSPs has challenges in the context of QA. One of the challenges was to keep the QA packages in one place in such a way that they could be applied to all different product/platform combinations. He addressed this by creating a Yocto Project-based layer for which he is a maintainer as well as a gatekeeper.
Read more about Irfan Sadiq

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