You are here

GNU Summer of Code 2017

This year GNUnet is participating again in the GNU Summer of Code.

If you have any questions or another project proposal, send a mail to the gnunet-developers list.

Project proposals:

Rust APIs for GNUnet services

There are a variety of GNUNet APIs that should be exposed in the Rust wrappers. Implementing these will require extending the port of GNUNet utils written by Andrew Cann and Kelong Cong.

As an introduction to the code base, we suggest that the student and Jeff Burdges together update the asynchronous IO system from gjio to futures-rs or another layer built upon it. Jeff Burdges is expected to concurrently be implementing a GNUNet API for his own mix network work.

Mentors: Jeff Burdges

Required Skills: Rust

Difficulty level: low

Tor compatibility for GNUnet

Implement the AnycastExit spec to enable GNUnet clients to connect over Tor.

Mentor: Jeff Burdges

Note: There was a Special TLDs spec to allow Tor to resolve domain names using GNS over Tor too, but currently that's on hold until folks think more about how names should be moved around the local system. We're calling this more collaborative approach NSS2 for now.

Required Skills: C

Difficulty level: medium

Android compatibility for GNUnet

Implement rudimentary Android compatibility for GNUnet, in part by porting the GNUnet utils scheduler to act as a thin wrapper over libuv.

Mentors: Jeff Burdges and Christian Grothoff

Implementation of a replacement for PANDA

Implementation of a replacement for PANDA (see Pond) with better security, and maybe integration with the GNU Name System for key exchange.

Mentor: Jeff Burdges

Required Skills: Rust or C, crypto

Difficulty level: high

GNUnet Web-based User Interface

Implementation of a Web-based UI for GNUnet similar to GNUnet-Gtk with a yet to be determined framework such as Angular2. This includes the design and implementation of not yet existing REST APIs that expose the GNUnet API.

Mentor: Martin Schanzenbach

Required Skills: C, JavaScript, CSS

Difficulty level: medium

secushare: Implement social networking features on top of pubsub channels

Implement different place types and file sharing by creating a new place for the shared content.

Place types to be implemented:

  • File: generic file with comments
  • Image: display an image with comments referencing a region of the image
  • Sound: play a sound file with comments referencing a timestamp
  • Directory/Album: pointers to File / Image / Sound places
  • Event: with RSVP
  • Survey: ask your social neighborhood questions in a structured form

Also provide the following UI functionality:

  • Fork existing channels, reorganize people into new chatrooms or channels.
  • Share a post (edit and repost something elsewhere, on a fan page for example).
  • Edit a previously published post + offer edit history to readers.
  • Control expiry of channel history.

See also

Mentors: lynX

Required Skills: C/C++

Difficulty level: high

secushare: Implement a Social Graph API for contact adoption and more

Implement aggregation of distributed state from various channels
in order to provide for a powerful social graph API capable of
producing social network profiles, dashboards, a calendar out of
upcoming event invitations (if available), social search functionality
and most of all to make it easy for users to adopt cryptographic
identities of their contacts/friends simply by finding them in the
social graph of their existing contacts ("This is Linda. You have 11
contacts in common with her. [ADD]").

Related to

Mentors: lynX, t3sserakt

Required Skills: C

Difficulty level: high

secushare: Implement integration with traditional e-mail

  • Emulate IMAP/SMTP protocols as necessary to transform traditional mail clients into secushare user interfaces.
  • Think of ways to map e-mail addresses to secushare identities.
  • Encode or translate various e-mail features into secushare equivalents.
  • Parts of secushare are currently written in Rust, therefore Rust is preferred for this task but it is not an requirement.

Mentors: t3sserakt, lynX

Required Skills: C

Difficulty level: high

GNUnet auction

Implementation of the GNUnet auction system described in
Chapter 3 of this thesis. Specific tasks are adding smart contract creation and round time enforcement to libbrandt as well as creating the GNUnet auction service, library and the three user interface programs create, info and join.

Mentors: mate, cg

Required Skills: C

Difficulty level: medium