GSoC/2020/Project Ideas
Introduction
This wiki page lists all GSoC project ideas and their related software projects under the umbrella of the XSF.
Please note that to assess students applying to GSoC for XSF projects we want them to have submitted some small patches to one of the XMPP projects in advance, as this gives us an idea of their general ability to interact with the projects and submit patches. These should only be a day or two's work, and shouldn't be onerous!
A list of teaser tasks is given in the projects section, but please join the chat rooms for the respective projects and discuss them there, where mentors will be able to help you and know what you're up to. There are different teasers for different codebases, and more projects with new teasers will be appearing here over the next few days.
More information about XMPP and the XSF at GSOC 2020 can be found here.
Please not that the student's final project proposals may, but are not required to, be for projects on the ideas list. Students with their own GSoC project ideas are encouraged to talk to the respective project contact persons about the feasibility of their idea.
List of Project Ideas
Smack
Website: https://igniterealtime.org/projects/smack/
Source Code: https://github.com/igniterealtime/Smack/
Description:: Ignite Realtime creates free and open source software with and around the XMPP ecosystem. Smack is an XMPP client library for Java/Android applications.
Project Contact Person: Florian Schmaus <flo@geekplace.eu>
List of Teaser Tasks: Smack Teaser Tasks
Contact chat: open_chat@conference.igniterealtime.org
Contact forum: https://discourse.igniterealtime.org/c/smack
WebSocket support
Brief explanation: Add support for XMPP over WebSocket (RFC 7395) to the XMPP Client Library Smack.
Involved Technologies: Android compatible Java 8, WebSockets
Mentor(s): Paul Schaub (vanitasvitae) <vanitasvitae@fsfe.org>
Deliverables / Expected Results:
- Being able to connect to XMPP services via WebSocket.
- Definition of a WebSocket interface on top of the used WebSocket libraries, allowing for different WebSocket implementations (one implementation must be OkHttp for Android support).
Milestones:
- Design and implement WebSocket interface to use by XmppWebsocketconnection
- Implement automatic XMPP client to server transport discovery (Implicit TLS, TCP, WebSocket, BOSH)
- Interoperability tests against a different implementation
- Plug Smack with WebSocket into Spark, our FOSS XMPP client
Currently Smack can establish connections via TCP/IP and HTTP via BOSH. WebSockets are yet another way to connect to a server.
Dino
Website: https://dino.im/
Source Code: https://github.com/dino
Description:: Dino is a modern open-source chat client for the desktop.
Project Contact Person: Marvin W. (larma)
Contact chat: chat@dino.im
Audio/Video Communication
Brief explanation: Add support for Audio/Video Communication via Jingle.
Involved Technologies: Vala, GTK+, GStreamer, WebRTC, Jingle
Mentor(s): Marvin W. (larma), fiaxh
Relevant readings: XEP-0167, XEP-0353
Deliverables / Expected Results:
- Audio and video encoding and transfer using standard-compliant Jingle sessions
- A user interface to start audio or video chats
The XMPP protocol includes a signaling system to set-up peer-to-peer connections, dubbed Jingle. Dino already supports Jingle for the purpose of file transfers. Another usecase for Jingle is to start an audio and/or video dual-link session. This project idea is about adding support for setting up such communication sessions as well as adding a basic user interface to do so. This project provides a lot of room for extensions like screen-sharing or encryption.
In-Band Real Time texting
Brief explanation: Add support for In-Band Real Time texting.
Involved Technologies: Vala, XMPP, GTK+
Mentor(s): Marvin W. (larma), fiaxh
Relevant readings: XEP-0301
Deliverables / Expected Results:
- Allow users to exchange text as they type with other users and other compatible clients
- Performant input and output (UI rendering wise and network wise)
Real-time text is text transmitted instantly while it is being typed or created. The recipient can immediately read the sender's text as it is written, without waiting. It allows text to be used as conversationally as a telephone conversation, including in situations where speech is not practical (e.g., environments that must be quiet, environments too noisy to hear, restrictions on phone use, situations where speaking is a privacy or security concern, and/or when participant(s) are deaf or hard of hearing).
How to add your project idea
If you do not have already an account on this wiki, then ask someone in the jdev@muc.xmpp.org chatroom for help (sorry, we don't allow open registration because we're trying to avoid the spammers).
Next, copy the template below to create a new entry and fill out all the required information.
Example Project Template
Website: https://example.org/
Source Code: https://example.org/source
Description:: This is just an example project which can be used as template.
Project Contact Person: John Doe <john.doe@example.org>
List of Teaser Tasks: https://example.org/issues?tag=gsoc-teaser
Contact chat: chat@muc.example.org
Contact forum: https://discuss.example.org/
Idea A
Brief explanation: Add support for A to example project.
Involved Technologies: Smalltalk, FORTRAN77, COBOL
Mentor(s): Foo Bar (TheBatz) <foo.bar@exampole.org>
Deliverables / Expected Results:
- Foo
- Bar
- Baz
Milestones:
- Implement parser and unit tests for parsing
- Implement protocol logic
- Interoperability tests against a different implementation
A is a promising new XMPP protocol extension. Its specification includes a ton of buzzwords ranging from blockchain to machine learning. But since it is very young protocol, there are no existing implementations. The goal of this project is to change that situation.
Idea B
Brief explanation: Add support for A to example project.
Involved Technologies: Smalltalk, FORTRAN77, COBOL
Mentor(s): Foo Bar (TheBatz) <foo.bar@exampole.org>
Deliverables / Expected Results:
- Foo
- Bar
- Baz
Milestones:
- Implement parser and unit tests for parsing
- Implement protocol logic
- Interoperability tests against a different implementation
A is a promising new XMPP protocol extension. Its specification includes a ton of buzzwords ranging from blockchain to machine learning. But since it is very young protocol, there are no existing implementations. The goal of this project is to change that situation.