✎ socideas - Etherboot/gPXE Wiki

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====== Google Summer of Code ideas for Etherboot/gPXE ======

Here you will find some ideas for projects for students wishing to particpate in Google Summer of Code with the Etherboot Project.

===== Background Information =====

First, a little background.

You should know that we, the [[http://etherboot.org/|Etherboot Project]], create network booting code, which allows computers to load their operating system from a network.  Our code can be stored in a number of places, including BIOS Flash, EPROMs, floppy, CD, HD, or other bootable media.

The next version of our code will be called "gPXE".  Up to this point, our code has been called "Etherboot", which is also the name of our project. Another piece of software we maintain is "mknbi", which creates files in ".nbi" format, or "Network Bootable Image" format.

Finally, we operate the [[http://rom-o-matic.net/]] website, which dynamically generates Etherboot (soon to also be gPXE) images in a variety of formats.

Since a lot of what we do is centered around our mailing list ([[https://lists.sourceforge.net/lists/listinfo/etherboot-discuss|Etherboot-Discuss]]) and SourceForge CVS ([[http://sourceforge.net/projects/etherboot/]]), we would expect anyone who wants to work with us to be comfortable having their code reviewed and commented on by others in our project community.  We do endeavor to maintain an environment of open discourse, with a reasonable level of civility and mutual respect.  Reading our mailing list archives may be useful for getting a sense of how we work together.

We have a number of areas we can use help with.  Since our focus is creating network boot code, it is important that if you want to help with coding you be comfortable with low-level programming -- that is, C and possibly some x86 assembler (thought this is not essential for many projects, and you can pick it up as you go along). You should also understand that efficiencies of code size, runtime size, and execution speed are important to us.  Low-level, or "bare-metal" programming requires patience and focus, but the sense of control and deep understanding of what is happening, and why, can be very exhilarating. 

The [[http://rom-o-matic.net/]] site is written in PHP, so if you would like to help improve that, you would need to be able to write PHP as well as HTML, and be comfortable with web programming.

You can download Etherboot code from our [[http://www.sourceforge.net/projects/etherboot|SourceForge Project Page]].  You may also wish to join the
[[https://lists.sourceforge.net/lists/listinfo/etherboot-discuss|Etherboot-Discuss]] mailing list, or browse our
[[http://sourceforge.net/mailarchive/forum.php?forum=etherboot-discuss|Archives]] to see what sorts of things we are doing.

===== Mentors =====

  * Marty Connor, Project Leader, Developer 
  * Michael Brown, Lead Developer
  * Georg Baum, Developer

===== Project Ideas =====

Here are some ideas for projects for Google Summer of Code students:

  * Add a device driver for an unsupported network card to Etherboot/gPXE. This will require understanding the network card driver API for gPXE, and implementing the required routines to enable an Ethernet card to be controlled by gPXE.

  * Finish the e1000 gigabit driver update which is in progress.

  * Add PCMCIA network booting support to Etherboot/gPXE.  This would include PCMCIA and Cardbus support, and at least one wireless network driver.

  * Add a command line interface to gPXE to allow interactive network booting and debugging of protocol negotiations and image downloading, as well as setting parameters to be used during booting operations.  Design of command syntax and functionality is an important part of this project.

  * Add secure network booting support for gPXE.  This would involve creating a secure network connection between the network client and server, and/or loading signed binaries.

  * Implement an UNDI network device driver for Linux.  This would enable Linux to boot from any PXE stack (including gPXE), and would greatly improve the ease of use of network-booted Linux.

  * Extend gcc's i386 backend to support 16-bit code.  This would substantially reduce the size of gPXE's compiled binary, and would increase the range of object code environments for which gcc can be used.

  * Add a new network protocol, such as https, ftp or smb.

  * Develop an automated regression test framework and initial suite of tests.

  * Port gPXE to a new CPU architecture, e.g. an embedded system.

  * Implement support for IPv6.

  * Investigate optimisations to further reduce the code size.  We already use most of the obvious techniques, so this project would require some creativity.

  * Implement an API for reading and writing non-volatile storage (Flash and EEPROM) on network cards.  This would allow user preferences to be stored on the cards.

  * Implement a user interface for setting preferences, such as static IP addresses, default boot protocol and filename, etc.

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