Download TeleIRC v2.0.0 now! 🔗

If you want to skip the text and get to the software, head to the GitHub v2.0.0 release for more info. If you want the story behind this release, read on!

Eight months later… 🔗

The conversation started in a university hallway after the first RIT Linux Users Group meeting in the Fall 2019 semester. Together, Tim Zabel, Nicholas Jones, and Justin Wheeler set out to rewrite TeleIRC from NodeJS to Go. This was done to address a growing backlog of challenging feature requests on TeleIRC, but also a way for us to gain more experience working with Go. Along the way, we also ended up facilitating an agile-inspired software release process adapted for open source.

So, what happened in the eight months after the first conversation? The team meet for weekly meetings each Saturday afternoon (at first in-person, later virtually), two new core contributors joined the team, and some drive-by contributors provided feedback andf added code to the new release. There were charts, whiteboards and dry-erase markers, and lots of Blue Jeans video calls. But after all this time, we made it to release day!

Thank you amazing volunteer contributors! 🔗

This endeavor was a shared commitment by our volunteer committer team. All five of the volunteer core maintainers spread patience and sustained effort over time. At the end, we made something really cool to show for this work.

A huge thanks to our core maintainers and all current and past contributors to TeleIRC. You have all contributed to the success (and motivation!) for this project. It is fun to work on cool projects with friends!

A proper shout-out goes to the core maintainers who joined the team over the last eight months working on this release:

• Kennedy Kong
• Kevin Assogba
• Nicholas Jones
• Tim Zabel

“I found a bug in TeleIRC v2.0.0!” 🔗

If you run into a problem, check out the TeleIRC documentation and open an issue if it does not answer your questions.

Get in touch! 🔗

If you have questions, get in touch with the developer community. You can find us on Telegram and on IRC (#rit-lug-teleirc on chat.freenode.net).

There are several new and noteworthy changes in TeleIRC v2.0.0. This post walks you through the major changes and differences for TeleIRC v2.0.0. Read on for the highlight reel of this release.

Full rewrite to Go 🔗

TeleIRC v2.0.0 is a complete and total rewrite. With the lessons learned and best practices of the NodeJS v1.x.x releases under our belt, the team set out in September 2019 to rewrite TeleIRC in Go. The rewrite was motivated by fun and personal interest, but it was also intended to make the future of TeleIRC more sustainable.

The rewrite makes TeleIRC simple, fast, and lightweight. TeleIRC is unique from other chat bridge software, which usually focus on extensive configuration and supporting many chat platforms.

Additionally, the success criteria in order to release was feature parity with v1.x.x releases. The team accomplished this almost completely, with one exception. TeleIRC v2.0.0 does not include Imgur image upload for IRC; however, a v2.1.0 feature release will include Imgur support.

To summarize, TeleIRC v2.0.0 is written to be a simple and excellent Telegram <=> IRC bridge. No more, no less.

Run TeleIRC v2.0.0 as a compiled binary 🔗

The new release is available as a standalone 8 MB binary. The only deployment assets needed are the binary and a config file. Other pathways, including build from source and Ansible Roles, are also available.

This is a departure from TeleIRC v1.x.x releases, which required a NodeJS run-time and installing project dependencies. TeleIRC v2.0.0 does not require a Go run-time on the host.

Improved TeleIRC v2.0.0 documentation 🔗

End user feedback shaped and improved documentation during development.

Thanks to feedback collected during the pre-release process, the documentation is simplified and written to be easy to understand. We hope you find the TeleIRC Quick Start page a helpful introduction to getting TeleIRC running in little time.

Future roadmap for containers 🔗

Because of v2.0.0 design decisions, there is a planned future for container and container orchestration use cases. At release time, a Dockerfile is available, but it is not yet tested or documented.

In future releases, the TeleIRC Team will continue to test the container image and iron out bugs. Future deployment assets and documentation will offer pathways to run TeleIRC in Kubernetes or OpenShift v4.x.x.

Article format inspired by Ryan Lerch’s format for “What’s new in Fedora Workstation”.

The blog post I wrote comes from this place in my life. It writes in a voice I would not write in today. It also does not accurately reflect my current perspectives. However, instead of tossing it, I figured to publish it unfinished with this disclaimer would be no different.

Unmodified text: The Integral of a Community 🔗

Many times I’ve sat down to write about the same topic in this same seat. Many times I’ve been filled with the same unique feeling. It’s difficult to put into words. It’s easier to understand it and describe it in my head. But it’s easier to describe it to others when I’m still feeling this feeling. It’s harder to come back to it later and write about it.

This “feeling” is something powerful and organic. I believe it is derived from a core part of what makes us human. In part, it’s a form of social stimulation, but it’s also a little more. The “feeling” is what I’m beginning to term the integral of a community.

integral: (adjective) ˈin(t)əɡrəl,inˈteɡrəl/ - necessary to make a whole complete; essential or fundamental.

From Oxford Dictionaries

What is a community? 🔗

Communities are a fundamental part of our daily lives. We all belong to a community in one form or another. In my view, community is a loosely-defined word that gives rise to many forms. Our immediate family is a community. Our workplaces are a community. Our friends are a community. Our schools are a community. Our homes are a community.

Maybe we feel different about some of the above examples of a community. Your feelings on your familial community may be different from mine. Maybe we feel different about our school communities. But regardless of where you fall, there is a community that you are attached to. Maybe you don’t realize it, maybe you do. But this community holds a special part in your heart. It is, by definition, integral to what makes you, you.

Going forward, it is important to establish your own personal definition of this integral community. Whatever group of people you feel most comfortable with. It doesn’t matter what size. It could be one person or it could be twenty. It could be a hundred. But this community is fundamentally important to you.

What is integral of a community? 🔗

Several different components comprise a different community. They are formed around a range of different topics. Communities can be based around blood ties. Your family. They can be based around a shared interest, like art or technology. You may belong to a community based on your profession, such as a group of educators. Or perhaps you belong to a community full of differences. All of its members come from different backgrounds, professions, races, or anything. Maybe it’s because of close geographical location. Maybe it’s because of a former close geographic location. It depends on the community you identify with.

With such wide difference, it can be curious what makes a community so incredible for you. What components are integral to you? If you break down the outer shell, the answer becomes more clearly visible.

You identify with a community when you share a mutual interest, passion, or engagement with the others in your community.

When you feel most interconnected to your community is when you can feel or understand this most.

< more here >

My community 🔗

My community is the free and open source software community at the Rochester Institute of Technology. There are several individuals who have built this community from the ground up to make it what it is. It has endured its fair share of hardships and challenges. It has celebrated victories and achievements among its members. In the stereotypical application of the phrase, it feels like family.

Our communal responsibility 🔗

Making graphs is easy. Making intuitive, easy-to-understand graphs? It’s harder than most people think. At the Rochester Institute of Technology, the ISTE-260 (Designing the User Experience) course teaches the language of design to IT students. For an introductory exercise in the class, students are tasked to visualize any set of data they desire. Students David Kim, Jathan Anandham, Justin Wheeler, and Scott Tinker used the MusicBrainz database to look at how five different Queen songs went mainstream in different ways.

Five factors of Queen 🔗

Our mini data science experiment decided to look at five unique data points available to us via MusicBrainz Works:

• Number of recorded covers
• Number of artists who covered a song
• Release year
• Year of last recorded cover
• Time elapsed between release year and year of last recorded cover

Originally, we looked at songs from different artists, but decided to look at five recordings from the same artist. With Queen being a notoriously famous band, there were several data points to work with in terms of how often a song was covered.

Making sense of the data 🔗

A few explanations are necessary for some of the data, especially the difference in number of covers and number of artists. Don’t Stop Me Now, Fat Bottomed Girls, and We Will Rock You had the same number of recorded covers as number of artists who have covered the song. Why were Another One Bites the Dust and Bohemian Rhapsody different?

As it turns out, Another One Bites the Dust had more covers than the number of artists who have covered the song. This happens because some artists have covered the song twice (e.g. once on a studio release and another on a live recording release). On the other hand, Bohemian Rhapsody had more artists covering it than number of covers because some recordings featured multiple artists on the same cover (e.g. the 1992 live performance with Elton John and Axl Rose).

The data opens many interesting questions. Why have some songs persisted longer than others (in terms of recent covers)? Have these songs impacted culture and society in different ways? How have they permeated culture? Is there geographical bias in the data?

This exercise was an exploratory assignment, but we had fun visualizing it and ended up learning an interesting pattern in music data.

Check out the presentation and paper 🔗

If you’re interested for the full details, the slides and a short paper about the presentation are available online. They provide deeper context for the research and the visualization details based on different design concepts.

You can see what else David Kim, Jathan Anandham, Justin Wheeler, and Scott Tinker are up to on LinkedIn. Thanks for tuning in to this adventure into music data analysis, powered by MusicBrainz!

Photo by Matthias Wagner on Unsplash.

The Rochester Mini Maker Faire is an annual event at the Joseph A. Floreano Riverside Convention Center in Rochester, NY. Each year, makers, creators, artists, and more from all over upstate New York and beyond show their crafts and creations to the community. Open source software and hardware are popular items at the Rochester Mini Maker Faire, with countless Raspberry Pis, Arduino boards, and open source projects powering many electronic projects.

On November 18th, the Free and Open Source Software initiative at the RIT MAGIC Center and the RIT Linux Users Group presented projects and their communities at the Faire. Students from both communities demonstrated projects made with Raspberry Pis or larger undertakings on other open source projects.

Looking good: Magic mirror and Raspberry Pi 🔗

Students from the FOSS@MAGIC initiative presented the Magic Mirror, a mirror that combines your digital world into your reflection. A Raspberry Pi and salvaged monitor screen sit behind a piece of one-way glass. Through the glass, the mirror shows the time, daily weather report, calendar updates, and more along with your reflection.

Taylor Bowling and Solomon Rubin, two students at RIT, worked together on the project in spring 2017. The frame for the mirror was hand-built for the project. Using this guide, the two created a pair of them for the upcoming RIT MAGIC Center.

Community course-ware with LearnIt 🔗

Another student, Wilfried Hounyo, demonstrated his open source course-ware platform, LearnIt. LearnIt is a platform for topic-based, community-contributed courses and tutorials. Similar to other platforms like Udacity or Coursera, LearnIt enables anyone to host their own learning platform and build a community around it.

Wilfried’s inspiration for LearnIt came from working with the FIRST Robotics community in high school. LearnIt’s original goal was to build an open platform for learning and teaching within the FIRST Robotics community. This way, anyone around the country could create their own lessons for anyone to view and follow. After working on the project, Wilfried decided to make the platform ambiguous for any project, so anyone could use LearnIt for building a learning community around any topic or subject area.

A demo is available here and the source is on GitHub.

Linux operating system for RIT 🔗

Members of the RIT Linux Users Group also presented TigerOS, a custom Linux operating system for students, faculty, and staff of Rochester Institute of Technology. One of the project goals is to offer an installer based on major across all RIT majors. After picking your major, TigerOS installs and configures all the software used by the department or major.

Did you know #RITlug is working on a custom operating system for @RITtigers? Check out #TigerOS at the @ROCHMakerFaire, table #91! #Rochester #MakerFaire pic.twitter.com/aipHh8APz6

— RIT Linux Users Group (@RITlug) November 18, 2017

Development on TigerOS began when student Aidan Kahrs picked up an abandoned project from past RIT students. After building a team, they set out to revive the project over the last year. To date, an early beta is available and efforts are going towards building an automatic CI build system and updating to Fedora 27.

To learn more about TigerOS, visit their website.

Spy Pi 🔗

RITlug also presented the Spy Pi at the Rochester Mini Maker Faire. The Spy Pi is a discreet camera embedded inside a picture frame powered by a Raspberry Pi. Taylor Bowling also helped lead this project.

In the picture, R2D2 is carried away by the Jawas in Star Wars: A New Hope. Taylor added two orange LED lights into one of the hooded characters and attached an infrared motion sensor, webcam, and Raspberry Pi into the picture frame. Whenever someone walks in front of the picture frame, the LED “eyes” light up and the webcam takes a picture that’s stored to the Raspberry Pi.

Taylor designed the project himself and wrote simple Python scripts to automate using the sensors. His code is available on GitHub.

See you next year! 🔗

This year was the third year for FOSS@MAGIC and first year for the RIT Linux Users Group to exhibit at the Rochester Mini Maker Faire. Both communities look forward to showing off our projects and what we’re working on again at Imagine RIT in May and again next year at the Faire.

To learn more, visit the websites for FOSS@MAGIC and the RIT Linux Users Group.