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Once * arago-2012.10: the cross-toolchain . GNU Compiler Collection (GCC) version is installed4.5.3* linux-am33x: the Linux source tree* u-boot-am33x: the U-Boot source tree* rfs: DIVELK provides two root file systems:** arago-base: minimal root file system with basic packages** tisdk: full root file system with lots of packages, it is recommended to create a file (for example ~/diva/useful during the development phase* env.sh) on host : a bash script containing the following lines:
The last step is to create the directory /tftpboot/DIVELK/diva that will be used to download the kernel via the tftp protocol, as explained in section 4.3.1.
Further information about the AM35xx platform can be found here: http://wiki.davincidsp.com/index.php/Category:AM35x
→Working with DIVELK
# VirtualBox will open three message windows like the following, you can click "Ok" to close them<br><br>[[File:VirtualBox Info.png]]<br><br>
# When the boot process is completed, you can login into the Ubuntu system with the credentials provided with the development kit (you can find them into the '''README''' file contained in the '''dvdk''' folder of the kit distribution)
# Mount the sdk disk launching the sdk-mount.sh script contained into /home/dvdk directoryas shown on the image below:<br><br>[[File:divelk-dvdk-sdk-mount.png|600px]]<br><br>
==== Guest Additions Update ====
=== DIVELK HowTos ===
Once the installation virtual machine is completedready, the actual development kit can be found into the directory structure is the following<code>/home/dvdk/delk</code>: <br><br>[[File:Divelk-dvdk-divelk-content.png|600px]]<br><br>
The bin delk directory contains the tool chain binaries. GNU Compiler Collection (GCC) version is .....following subdirectories:
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By issuing the following command, some environment shell variables will required during the building procedure are set up in order to make building procedures described later easier to handle:
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=== Build a custom application ===